SIL80C2-00SADJ-VJ

Technical Reference Note Embedded Power for Business-Critical Continuity SXX06E Rev. 08.01.06 Page 1 of 2 Rev. 04.25.11 SIL/SMT80C2 1 of 20 SIL/SMT80C2 80 Amp Total Power: 400 W Input Voltage: 4.7 - 13.8 VDC # of Outputs: Single Special Features • 80 A current rating • Input voltage range: 4.7-13.8 V • Output voltage: 0.8375-5.1 V • Current sharing • Industry leading value • Cost optimized design • Excellent transient response • Output voltage adjustability • Pathway for future upgrades • Supports silicon voltage migration • Reduced design-in and qualification time • Over-temperature protection • RoHS compliant Safety Designed to meet: • UL, cUL 60950-1 • (EN60950) Product Family: Function: Usage: SIL/SMT80C2 Series Single In-Line Power LEDs, ASIC, Memory, FPGAs, Telecom and Networking Equipment, Servers, Industrial Equipment, POL Regulation Definition: The SIL/SMT80C2 is a new high density open frame non-isolated converter series for space-sensitive applications. Each model has a wide input voltage range (4.7 - 13.8 V) and offers a wide 0.8375 - 5.1 V output voltage range with a 80 A load. An external resistor adjusts the output voltage from its pre-set value of 0.8375 V to any value up to the maximum allowed value for that model. The SIL/SMT80C2 offers remote ON/OFF and over-current protection as standard. Technical Reference Note Embedded Power for Business-Critical Continuity Rev. 04.25.11 SIL/SMT80C2 2 of 20 General Description Electrical Description The SIL/SMT80C2 is implemented using a multi-phase synchronous buck topology. A block diagram of the converter is shown in Figure 1. The output is adjustable over a range of 0.8375-5.1 V by using a resistor from the trim pin to -trim pin, or by driving the TRIM pin with a voltage. SIL80C2 Vin Vout Phase 1 Upper G/Drive Tri m Ilimit PWRGD The converter can be shut down via the enable pin. This input is run with positive logic that is compatible with popular logic devices. Positive logic implies that the converter is enabled if the input is high (or floating), and disabled if it is low. L out1 ∩∩∩ V out Lower G/Drive Remote ON/OFF GND Phase 2 L out2 Upper G/Drive ∩∩∩ Lower G/Drive Phase 3 L out3 Upper G/Drive ∩∩∩ Lower G/Drive Phase 4 Output is monitored for overcurrent and shortcircuit conditions. When the PWM controller detects an overcurrent condition, it forces the module into hiccup mode. L out4 Upper G/Drive ∩∩∩ Lower G/Drive Figure 1 - Electrical Block Diagram A typical application is shown in Figure 2. Wide Operating Temperature Range The SIL/SMT80C2's ability to accommodate a wide range of ambient temperatures is the result of its extremely high power conversion efficiency and resultant low power dissipation, combined with the excellent thermal performance of the PCB substrate. Maximum output power that the module can deliver depends on a number of parameters, primarily: Ishare Enable On/Off Power Good 4 Vout 15,16,18, 20,22,24 11 +Sense SIL80C2 6 9 R uvlo Vin 12-14 3,7,8,17, 19,21,23 1 C in GND 5 R trim 10 C out R L O A D -Sense GND • • • • Input voltage range Output load current Figure 2 - Standard Application Drawing Air velocity (forced or natural convection) Mounting orientation of target application PCB, i.e., vertical/horizontal mount, or mechanically tied down (especially important in natural convection conditions). • Target application PCB design, especially ground planes. These can be effective heatsinks for the converter. The SIL/SMT80C2 module has an operating temperature range of 0 °C to 85 °C with suitable derating and/ or forced air cooling. Technical Reference Note Embedded Power for Business-Critical Continuity Rev. 04.25.11 SIL/SMT80C2 3 of 20 Features and Functions Output Voltage Adjustment The output voltage on all models is adjustable from 0.8375-5.1 V. Undervoltage Lockout The default undervoltage lockout is set at 4.7 V. Current Limit and Short-Circuit Protection The SIL/SMT80C2 model has a built-in non-latching current limit function and continuous short-circuit protection. When an overcurrent condition occurs, the module goes into hiccup mode, where it attempts to power up periodically to determine if the problem persists. Note that none of the module specifications are guaranteed when the unit is operated in an overcurrent condition. Enable The enable pin allows external circuitry to put the SIL/SMT80C2 converter into a low dissipation standby mode. Positive logic enable pin is available as standard. The unit is turned on if the enable pin is high (or floating). Pulling the pin low will disable the unit. To guarantee turn-on, the enable voltage must be above 1.25 V. To disable, the enable voltage must be pulled below 0.7 V. Figures 3 and 4 show various circuits for driving the Enable feature. The Enable input can be driven through a discrete device (i.e. a bipolar signal transistor) or directly from a logic gate output. The output of the logic gate may be an open-collector (or open-drain) device. SIL80C2 Vin Vout Enable Tri m Ground Figure 3 - Enable Input Drive Circuit for Non-Isolated Biopolar 5 V SIL80C2 Vin Vout Enable Tri m Ground Figure 4 - Enable Input Drive Circuit for Logic Driver Technical Reference Note Embedded Power for Business-Critical Continuity Rev. 04.25.11 SIL/SMT80C2 4 of 20 Features and Functions Power Good The SIL/SMT80C2 modules have a power good indicator output. This output pin uses positive logic and is open collector. Also, the power good output is able to sink 1 mA. The power good signal should not be pulled any higher than 5.1 V. When the output of the module is within ±10% of the nominal set point, the power good pin can be pulled high. Overtemperature Protection (OTP) The SIL/SMT80C2 is equipped with non-latching overtemperature protection. A temperature sensor monitors the temperature of the PCB near one the main FETs. If the temperature exceeds a threshold of 150 °C (typical) the converter will shut down, disabling the output. When the substrate temperature has decreased by 10 °C the converter will automatically restart. The converter might experience overtemperature conditions during a persistent overload on the output. Overload conditions can be caused by external faults. OTP might also be entered due to a loss of control of the environmental conditions (e.g. an increase in the converter’s ambient temperature due to a failing fan). Technical Reference Note Embedded Power for Business-Critical Continuity Rev. 04.25.11 SIL/SMT80C2 5 of 20 Application Output Voltage Adjustment The output of the module can be adjusted, or trimmed, from 0.8375 V to 5.1 V. This is accomplished by connecting an external resistor between the Trim pin and -Trim as shown in Figure 5 or with a voltage as shown in Figure 6. Extremely high accuracy setpoints can be achieved with the use of a potentiometer as shown in Figure 7. SIL80C2 SIL80C2 Vout Vout Vin Vin Rtrim2 Tri m Tri m Enable Enable Rtrim Vt Rtrim1 -Trim -Trim Figure 5 - Output Voltage Trim Figure 6 - Output Votlage Trim - with Voltage Source Vout Vin Tri m Rtrim1 Enable Rtrim2 Rpot1 -Trim REQUIRED TRIM RESISTOR (OHM) 1000000 SIL80C2 100000 10000 1000 100 10 1 0 1 2 3 4 DESIRED OUTPUT VOLTAGE SETPOINT (V) Figure 7 - Output Voltage - with Potentiometer Figure 8 - Typical Trim Curves 5 Technical Reference Note Embedded Power for Business-Critical Continuity Rev. 04.25.11 SIL/SMT80C2 6 of 20 Application (cont'd) Output Voltage Adjustment (cont'd) The trim equation for the basic configuration shown in Figure 5 is: R 1.675 trim(kΩ) = Vout - 0.8375 Where Vout is the desired output voltage, Rtrim is the resistance required between Trim and -Trim. The trim equation for the external voltage configuration shown Figure 6 is: R Rtrim1 (1.2 - 2Vt) trim2(kΩ) = Rtrim1 (Vout - 0.8375) - 1.675 Where Vout is the desired output voltage, Rtrim1 and Rtrim2 are the resistors in Figure 6 and Vt is the applied external voltage. The trim equation for the potentiometer configurations shown in Figure 7 is: 0.8375 Vout = (Rtrim2 + Rpot)Rtrim1 X (2Rtrim2 + 2Rpot + Rtrim1Rtrim2 + Rtrim1Rpot + 2Rtrim1) Where Vout is the desired output voltage, Rtrim1 and Rtrim2 are the resistors in Figure 7 and Rpot is the resistance of the potentiometer. Undervoltage Lockout The SIL/SMT80C2 has built-in undervoltage lockout to ensure reliable output power. The lockout prevents the unit from operating when the input voltage is too low. The UVLO for the SIL/SMT80C2 can be adjusted with the following equation: The trim equation for the undervoltage lockout is: 124.8 + Vturn_on Ruvlo (kΩ) = 10 Vturn_on - 42.06 Technical Reference Note Embedded Power for Business-Critical Continuity Rev. 04.25.11 SIL/SMT80C2 7 of 20 Application (cont'd) Remote Sense Compensation The remote sense compensation feature minimizes the effect of resistance in the distribution system and facilitates accurate voltage regulation at the load terminals or another selected point. The remote sense lines will carry very little current and hence do not require a large cross-sectional area. However, if the sense lines are routed on a PCB, they should be located close to a ground plane in order to minimize any noise coupled onto the lines that might impair control loop stability. The module will compensate for a maximum drop of 400 mV. Remember that when using remote sense compensation all the resistance, parasitic inductance and capacitance of the distribution system are incorporated into the feedback loop of the power module. This can have an effect on the modules compensation capabilities, affecting its stability and dynamic response. Parallel Operation Parallel operation of multiple converters is available since the SIL/SMT80C2 has a current sharing option. The converter will share to within ±10% of full load. To current share, Pin 6 of each module should be connected. Also, the remote sense lines should be connected at the same point. Figure 9 shows the typical current sharing application. SIL80C2 Vin 12-14 Vout Tri m 10 Sense+ -Trim 11 SenseIshare 6 GND SIL80C2 Vin 12-14 Vout Tri m 10 Sense+ -Trim 11 SenseIshare 6 GND Figure 9 - Parallel Application R L O A D Cload Technical Reference Note Embedded Power for Business-Critical Continuity Rev. 04.25.11 SIL/SMT80C2 8 of 20 Application (cont'd) Output Capacitance The SIL/SMT80C2 has output capacitors inside the converter. No output capacitance is required for stable operation. When powering loads with large dynamic current requirements, improved voltage regulation is obtained by inserting low ESR capacitors as close as possible to the load. Low ESR ceramic capacitors will handle the short duration high frequency components of the dynamic current requirement. In addition, higher values of electrolytic capacitors should be used to handle the midfrequency components. It is equally important to use good design practices when configuring the dc distribution system. Low resistance and low inductance PCB layout traces should be utilized, particularly in the high current output section. Remember that the capacitance of the distribution system and the associated ESR are within the feedback loop of the power capabilities, thus affecting the stability and dynamic response of the module. Note that the maximum rated value of output capacitance varies between models and for each output voltage setpoint. A stability vs. Load Capacitance calculator, (see your sales representative), details how an external load capacitance influences the gain and phase margins of the SIL/SMT80C2. SMT Reflow Guidelines For a SnPb process: Pads should be above 183C (liquidus) for 90 seconds max (60-75 seconds typical) with a peak temperature of 225C. For a leadfree SAC305 process: pads should be above 217C (liquidus) for 90 seconds max (60-75 seconds typical) with a peak temperature of 250C. Water Washing Not recommended. Technical Reference Note Embedded Power for Business-Critical Continuity Rev. 04.25.11 SIL/SMT80C2 9 of 20 Parameter Test Conditions Min Typ Max Units Absolute Maximums Input Voltage 0 13.8 V Enable Voltage 0 5 V Operating Ambient Temperature 0 85 ˚C -40 125 ˚C 4.7 13.8 Vdc Non-Operating Ambient Temperature Input Specifications Input Voltage Input Current (No Load) Vin(min) - Vin(max), enabled 500 mA Converter disabled 10 mA Input Capacitance (Internal) Internal to converter 176 uF Input Capacitance (External) Recommend customer added capacitance 47 uF Input Current (quiescent) Output Specifications 0.8375 5.0 V Output Setpoint Accuracy -1.0 +1.0 % Output Regulation (Line) -0.2 +0.2 % Output Regulation (Load) -0.5 +0.5 % 0 80 A 130 140 A Ouput Voltage Output Current (continuous) Output Current (short circuit) 0.9, 2.5, 5.1 Vout Output Capacitance (Internal) Output Capacitance (External) 500 uF 12 Vin, 0.9 Vout (Startup capacitance) 0 63,000 uF 12 Vin, 2.5 Vout (Startup capacitance) 0 30,000 uF 12 Vin, 5 Vout (Startup capacitance) 0 11,000 uF 20 mV 12 Vin, 2.5 Vout, 0 uF Cout 20 mV 12 Vin, 5 Vout, 0 uF Cout 20 mV 5.1 Vin, 0.9 Vout, 80 Aout 82.2 % 12 Vin, 2.5 Vout, 80 Aout 89.1 % 12 Vin, 5 Vout, 80 Aout 93.3 % Dynamic Load Response (Peak Deviation) 12 Vin, 0.9 Vout, 50-75% load at 10 A/us 95 mV Dynamic Load Response (Setting Time) 12 Vin, 0.9 Vout, 50-75% load at 10 A/us 30 us Dynamic Load Response (Peak Deviation) 12 Vin, 2.5 Vout, 50-75% load at 10 A/us 150 mV Dynamic Load Response (Setting Time) 12 Vin, 2.5 Vout, 50-75% load at 10 A/us 30 us Dynamic Load Response (Peak Deviation) 12 Vin, 5 Vout, 50-75% load at 10 A/us 150 mV Dynamic Load Response (Setting Time) 12 Vin, 5 Vout, 50-75% load at 10 A/us 30 us Output Ripple/Noise (Peak/Peak) Efficiency 5 Vin, 0.9 Vout, 0 uF Cout Technical Reference Note Embedded Power for Business-Critical Continuity Rev. 04.25.11 SIL/SMT80C2 10 of 20 Parameter Test Conditions Min Typ Max Units 2.7 3 ms 3 12 ms 1.8 2 ms 0.7 V Turn On Specifications Turn On Delay (with Vin) Turn On Delay (with Enable) Output Rise TIme 10% - 90% Enable Specifications Signal Low (Unit Off) 0 Signal Low Current 12 Vin Signal High (Unit On) 12 Vin 1.2 mA 3.4 V 1.0 µA 108 A Input Under Voltage (Rising) 4.7 V Input Under Voltage (Falling) 4.0 V 3.7 MHrs 45.36 g 500 kHz Signal High Current 0 Protection Specifications Over Current Protection Hiccup Mode General Specifications MTBF Telcorida SR-332 Weight Switching Frequency Per Phase Coplanarity TBD Material Ratings Flammability UL94V-0 Material Type FR4 PCB Technical Reference Note Embedded Power for Business-Critical Continuity Rev. 04.25.11 SIL/SMT80C2 11 of 20 0.9 V Setpoint 80 80 70 70 60 60 200 LFM 300 LFM 400 LFM 500 LFM 50 Load Current (A) 200 LFM 300 LFM 400 LFM 500 LFM 600 LFM 40 40 30 30 20 20 10 10 0 0 30 40 50 60 70 80 30 Ambient (C) 40 50 60 70 80 Ambient (C) Figure 10: Thermal Derating Curve 5.5 Vin Figure 11: Thermal Derating Curve 12 Vin Thermal derating - 600LFM minimum airflow 90 80 70 60 Load (A) Load Current (A) 600 LFM 50 50 4.7Vin, 0.84Vout 13.8Vin, 5.1Vout 13.8Vin, 5.0Vout 40 30 20 10 0 25 30 35 40 45 50 55 60 65 70 75 80 85 Ambient temp (ºC) Figure 11A: Thermal derating curve 4.7Vin and 13.8Vin Figure 13: Control On/Off (Channel 1: Output Voltage, Channel 3: Enable) Figure 12: Effiiciency 0.9 V Figure 14: Typical Ripple Output Technical Reference Note Embedded Power for Business-Critical Continuity Rev. 04.25.11 SIL/SMT80C2 12 of 20 0.9 V Setpoint Figure 15: Transient Response 75% - 100% (Channel 3: Current Step at 10 A/div, Channel 4: Output Voltage Deviation) Figure 16: Short Circuit Characteristic (Channel 1: Output Current at 50 A/div, Channel 4: Output Voltage) Technical Reference Note Embedded Power for Business-Critical Continuity Rev. 04.25.11 SIL/SMT80C2 13 of 20 2.5 V Setpoint 80 80 70 70 60 60 50 200 LFM 300 LFM 400 LFM 500 LFM 600 LFM 40 Load Current (A) Load Current (A) 50 30 30 20 20 10 10 0 200 LFM 300 LFM 400 LFM 500 LFM 600 LFM 40 0 30 40 50 60 70 Ambient (C) 80 30 40 50 60 70 80 Ambient (C) Figure 17: Thermal Derating Curve 5.1 Vin Figure18: Thermal Derating Curve 12 Vin Figure 19: Efficiency 2.5 V Figure 20: Control On/Off (Channel 1: Output Voltage, Channel 3: Enable) Figure 21: Typical Ripple Output Figure 22: Transient Response 75% - 100% (Channel 3: Current Step at 10 A/div, Channel 4: Output Voltage Deviation) Technical Reference Note Embedded Power for Business-Critical Continuity Rev. 04.25.11 SIL/SMT80C2 14 of 20 2.5 V Setpoint Figure 23: Short Circuit Characteristic (Channel 1: Output Current at 50 A/div, Channel 4: Output Voltage) Technical Reference Note Embedded Power for Business-Critical Continuity Rev. 04.25.11 SIL/SMT80C2 15 of 20 5.0 V Setpoint 80 70 60 Load Current (A) 50 200 LFM 300 LFM 400 LFM 500 LFM 600 LFM 40 30 20 10 0 30 40 50 60 70 80 Ambient (C) Figure 24: Thermal Derating Curve 12 Vin Figure 26: Control On/Off (Channel 1: Output Voltage, Channel 3: Enable) Figure 28: Transient Response 75% - 100% (Channel 3: Current Step at 10 A/div, Channel 4: Output Voltage Deviation) Figure 25: Efficiency 5.0 V Figure 27: Typical Output Ripple - ADD TEST CONDITIONS Figure 29: Short Circuit Characteristic (Channel 1: Output Current at 50 A/div, Channel 4: Output Voltage) 7 8 6 4 5 Technical Reference Note 3 Embedded Power for Business-Critical Continuity PART NUMBER REV 7091259-0000 A D Rev. 04.25.11 SIL/SMT80C2 16 of 20 APPLY LIQUI-BOND BETWEEN HEATSINK AND PCB. ADJUST APPLICATION STENCIL TO KEEP EXCESS LIQUI-BOND TO A MINIMUM Mechanical Drawings SIL80C-00SADJ-VJ C .690 17.53 MAX 2.400 60.96 .040 1.02 REF .110 2.79 2.320 58.93 REF .062 1.57 1.250 31.75 B 1.160 29.46 Pin 1 .140 3.56 TYP REF .025±.002 0.64±0.05 SQ PINS .100 2.54 TYP 21 PLACES .050 1.27 .050 1.27 TYP (23X) 2.300 58.42 .050 1.27 TYP MATERIAL A - UNLESS OTHERWISE DIMENSIONS ARE IN TOLERANCES: 2 PLACE 3 PLACE .015 .03 HOLE TOLERANCE: APPROVALS FINISH Footprint NOTE: 1. 9300161-0000 PACKAGING AND MATERIAL HANDLING PROCEDURE. 2. COSMETIC AND WORKMANSHIP PER 9300152-0000. 3. LABELS SHOWN FOR PLACEMENT REFERENCE ONLY. 4 5 FOOTPRINT 8 6 7 - THIRD ANGLE PROJECTION DETACHED LIST 3 .730 18.54 Ø 0.45 ±.003 THROUGH HOLE [1.14 ±0.08] .040" DIA (23X) 23x .242 6.15 .192 4.88 .130 3.30 PCB OUTLINE 2.370 60.20 2.420 61.47 2.440 61.98 2.170 55.12 2.070 52.58 1.970 50.04 1.870 47.50 1.770 44.96 1.670 42.42 1.570 39.88 1.470 37.34 1.370 34.80 1.270 32.26 1.170 29.72 1.070 27.18 .970 24.64 .870 22.10 .770 19.56 .670 17.02 .570 14.48 .370 9.40 .470 11.94 .270 6.86 0 0 .020 0.51 .070 1.78 .170 4.32 ENGINEER M. HENNIES 7001259-J000 KEEP OUT AREA 0 0 DRAWN M. HENNIES D Technical Reference Note C Embedded Power for APPLY LIQUI-BOND BETWEEN HEATSINK Business-Critical Continuity AND PCB. ADJUST APPLICATION STENCIL TO KEEP EXCESS LIQUI-BOND TO A MINIMUM Rev. 04.25.11 SIL/SMT80C2 17 of 20 Mechanical Drawings SIL/SMT80C2-00SADJ-HJ/H3J .710 MAX 18.03 MAX 2.400 60.96 .040 1.02 B REF .062 1.57 2.320 58.93 REF .110 2.79 1.250 31.75 2X 1.160 29.46 .050 1.27 TYP (23X) REF 3.05 L - .120 See Table .050 1.27 Pin 1 .100 2.54 TYP 21 PLACES .125 3.18 TYP 2.300 58.42 A Model L Dimension SIL80C2-00SADJ REF .120 [3.05] SIL80C2-00SADJ-H3J 8 7 Footprint8 4 5 6 3 FOOTPRINT D - REF .138 [3.50] 2 NOTE: 1. 9300161-0000 PACKAGING AND MATERIAL HANDLING PROCEDURE. 2. COSMETIC AND WORKMANSHIP PER 9300152-0000. 3. LABELS SHOWN FOR PLACEMENT REFERENCE ONLY. 4 5 6 7 MATERIAL FINISH 1 7001259-J100 DETACHED LIST 3 KEEP OUT AREA D 1.290 32.77 1.270 32.26 1.230 31.24 Ø 0.45 ±.003 THROUGH HOLE [1.14 ±0.08] .040" DIA (25X) 25X C C PCB OUTLINE B 57.66 60.20 61.47 61.98 2.270 2.370 2.420 2.440 2.170 55.12 2.070 52.58 1.970 50.04 1.870 47.50 1.770 44.96 1.670 42.42 1.570 39.88 1.470 37.34 1.370 34.80 1.270 32.26 1.170 29.72 .970 24.64 .870 22.10 .770 19.56 .670 17.02 .570 14.48 .370 9.40 .470 11.94 1.070 27.18 A .270 6.86 .070 1.78 .020 0.51 0 0 0 0 .020 0.51 .070 1.78 B A DWG. NO. TITLE: 7091259-0100 REV. A 7 8 6 4 5 1 2 3 REVISION RECORD Technical Reference Note Embedded Power for 7091259-0300 A RELEASE TO PRODUCTION Business-Critical Continuity PART NUMBER REV DESCRIPTION DRAFT DATE M. HENNIES 03/06/07 D Rev. 04.25.11 SIL/SMT80C2 18 of 20 APPLY LIQUI-BOND BETWEEN HEATSINK AND PCB. ADJUST APPLICATION STENCIL TO KEEP EXCESS LIQUI-BOND TO A MINIMUM Mechanical Drawings SMT80C-00SADJ-VJ C REF .062 1.57 2.400 60.96 DETAIL A .677 17.20 .040 1.02 REF .110 2.79 .040 1.02 TYP (2X) B 1.315 33.40 .065 1.65 .280 7.11 .050 1.27 TYP (23X) .100 2.54 TYP 21 PLACES .050 1.27 NOTE: OUTSIDE SUPPORT IS HIDDEN TO SHOW PIN DIMENSIONS. A Pin 1 2.300 58.42 .610 15.49 REF 2.480 62.99 A UNLESS OTHERWISE SPECIFIED DIMENSIONS ARE IN INCHES TOLERANCES: 2 PLACE 3 PLACE ANGLES 1 .015 .03 MATERIAL - HOLE TOLERANCE: .005 DATE APPROVALS FINISH 22JUN06 ENGINEER M. HENNIES 7001259-J300 8 D 8 7 7 4 55 66 3 SIZE 22JUN06 2 3 A UPPERCUT 80 SCALE: 3 = 2 2 REV. 7091259-0300 PROJECT USED ON: B THIRD ANGLE PROJECTION DETACHED LIST 4 TLA DRAWING DWG. NO. DRAWN M. HENNIES - ARTESYN TECHNOLOGIES EDEN PRAIRIE, MN 55433 PH. 952-941-1100 TITLE: SHEET 1 OF 2 CAD FILE: 1 1 FOOTPRINT Footprint D VERT SMT STAND OUTLINE SMT PAD .300X.040" (23X) KEEP OUT AREA .752 19.10 C C .670 17.02 .445 11.30 .440 11.18 PCB OUTLINE 5.51 3.94 3.56 3.43 1.02 B 2.620 66.55 61.47 61.98 63.75 65.02 2.420 2.440 2.510 2.560 2.240 56.90 2.140 54.36 2.040 51.82 1.940 49.28 1.840 46.74 1.740 44.20 1.640 41.66 1.540 39.12 1.440 36.58 1.340 34.04 1.240 31.50 1.140 28.96 1.040 26.42 .940 23.88 .840 21.34 .740 18.80 .640 16.26 .540 13.72 .440 11.18 .060 .110 .140 .200 .240 .340 1.52 2.79 3.56 5.08 6.10 8.64 0 0 0 0 B .217 .155 .140 .135 .040 A A DWG. NO. SIZE B TITLE: 7091259-0300 FOOTPRINT REV. A D Technical Reference Note Embedded Power for Business-Critical APPLY LIQUI-BOND BETWEEN HEATSINK Continuity AND PCB. ADJUST APPLICATION STENCIL TO KEEP EXCESS LIQUI-BOND TO A MINIMUM Rev. 04.25.11 SIL/SMT80C2 19 of 20 Mechanical Drawings (cont'd) C SMT80C2-00SADJ-J 2.400 60.96 .040 1.02 B REF .062 1.57 2.320 58.93 REF .110 2.79 1.250 31.75 .040 1.02 TYP (2X) 2X 1.160 29.46 .050 1.27 TYP (23X) .050 1.27 .125 3.18 Pin 1 .100 2.54 TYP 21 PLACES NOTE: 1. 93 2. CO 3. LA .710[18.03] MAX 2.300 58.42 A MATERIAL - FINISH 8 7 Footprint 4 5 6 3 2 1 7001259-J200 DETACHED LIST 8 FOOTPRINT D 4 5 6 7 3 D KEEP OUT AREA 1.290 32.77 1.270 32.26 1.195 30.35 PCB OUTLINE C C SMT PAD .045X.070" (25X) B B 2.348 59.63 2.420 61.47 2.440 61.98 2.248 57.09 2.148 54.55 2.048 52.01 1.948 49.47 1.848 46.93 1.748 44.39 1.648 41.85 1.548 39.31 1.448 36.77 1.348 34.23 1.248 31.69 1.148 29.15 .948 24.07 1.048 26.61 .848 21.53 .748 18.99 .648 16.45 .548 13.91 .448 11.37 .348 8.83 .248 6.29 A 0 0 .020 0.51 .048 1.21 .040 1.02 .020 0.51 0 0 A DWG. NO. SIZE B TITLE: 7091259-0200 REV. A FOOTPRINT SHEET 2 OF 2 Technical Reference Note Embedded Power for Business-Critical Continuity ­Americas Pin Chart Pin Assignments Pin Assignments Single Output 1 Trim 2 No Pin 3 Ground 4 Power Good 5 (-) Trim 6 Ishare 7 Ground 8 Ground 9 Enable 10 Rem Sense (-) 11 Rem Sense (+) 12 Vin 13 Vin Single Output 14 Vin 15 Vout 16 Vout 17 Ground 18 Vout 19 Ground 20 Vout 21 Ground 22 Vout 23 Ground 24 Vout 25 *Mech Support 26 *Mech Support 5810 Van Allen Way Carlsbad, CA 92008 USA Telephone: +1 760 930 4600 Facsimile: +1 760 930 0698 Rev. 04.25.11 SIL/SMT80C2 20 of 20 Europe (UK) Waterfront Business Park Merry Hill, Dudley West Midlands, DY5 1LX United Kingdom Telephone: +44 (0) 1384 842 211 Facsimile: +44 (0) 1384 843 355 Asia (HK) 14/F, Lu Plaza 2 Wing Yip Street Kwun Tong, Kowloon Hong Kong Telephone: +852 2176 3333 Facsimile: +852 2176 3888 *Horizontal version only For global contact, visit: www.PowerConversion.com techsupport.embeddedpower @emerson.com Ordering Information Product Family SIL Product Family SIL = Single In Line Product Family SMT Product Family SMT = Surface Mount Rated Output Current 80 Rated Output Current 80 = 80 A Rated Output Current 80 Rated Output Current 80 = 80 A Performance Generation C Performance C = Cost Optimized Performance 2 - Generation 2 = Increased Current Density Generation C Performance C = Cost Optimized Input Voltage 2 Generation 2 = Increased Current Density 00 SADJ Input Voltage 00 = 4.7-13.8 V Output Voltage Single Adjustable Output Input Voltage - Output Voltage Mounting Option - Output Voltage 00 SADJ Input Voltage 00 = 4.7-13.8 V Output Voltage Single Adjustable Output RoHs Compliance(9) X X Mounting Option Blank = Horizontal V = Vertical Custom Options Blank = 3.05 mm pin 3 = 3.50 mm pin RoHS Compliance J = Pb-free (RoHS 6/6 compliant) Custom Options RoHs Compliance(9) Mounting Option - Custom Options J X X J Mounting Option Blank = Horizontal V = Vertical Custom Options Blank = 3.05 mm pin 3 = 3.50 mm pin RoHS Compliance J = Pb-free (RoHS 6/6 compliant) While every precaution has been taken to ensure accuracy and completeness in this literature, Emerson Network Power assumes no responsibility, and disclaims all liability for damages resulting from use of this information or for any errors or omissions. Emerson Network Power. The global leader in enabling business-critical continuity. AC Power Connectivity DC Power Embedded Computing Embedded Power Monitoring Outside Plant Power Switching & Controls Precision Cooling Racks & Integrated Cabinets Services Surge Protection This is a preliminary datasheet. Emerson Network Power reserves the right to make changes to the information contained herein without notice and assumes no liability as a result of its use or application. EmersonNetworkPower.com Emerson Network Power and the Emerson Network Power logo are trademarks and service marks of Emerson Electric Co. ©2011 Emerson Electric Co.