VR111B080CE-6C

VR111 Series www.murata-ps.com Solutions for Intel® VRM 11.1 SELECTION GUIDE - STANDARD LOAD LINE PRELIMINARY Input Voltage Range (V) DESCRIPTION The VR111 Series is designed to meet the fast load transients required by Intel® Nehalem® processors and is fully compliant with the latest Intel® VRM 11.1 specifications. High efficiency of up to 85% at full load for reduced power dissipation simplifies system thermal management. Available in 2U, 1.5U, 1U and new 0.66U form factors, the VR111 Series is ideal for use in a wide variety of server applications. ■ Intel® VRM ■ 11.1 compliant P 4 height options 2.5˝, 1.86˝, 1.18˝ and 0.78˝ (63.5mm, 47.2mm, 29.9mm and 19.9mm) ■ 1.4mΩ load line version for Vcache applications ■ VID programmable output voltage ■ Power good output signal ■ Differential remote sense ■ Remote enable ■ Supervisory functions ■ ■ ■ ■ Model VR111B150Cx-y C VR111B100Cx-y C VR111B080CU-y C 11.04 - 12.60 0.5 - 1.60 VR111B080CA-y C VR11FB080CU-y C Output overcurrent Short circuit protection Overtemperature indicator Output current level indicator ■ Tri-state output when disabled ■ Dynamic VID capability ■ EN/IEC60950-1 Safety Approval (CB Report) PENDING 　 For full details go to www.murata-ps.com/rohs Peak Current (A) 150 100 80 80 80 Load Line (Droop) (mΩ) 0.8 0.8 0.8 0.8 1.4 INPUT CHARACTERISTICS - ALL MODELS Parameter Conditions ➀ Input voltage operating range Turn-on threshold Under voltage lockout Turn-off threshold Hysteresis voltage Typical: 110A, 1.1VID Maximum input current - 150A Max: 150A, 1.6VID Typical: 60A, 1.1VID Maximum input current - 80A Max: 80A, 1.6VID No-load input current Enable state, PSI asserted OSCON 270 μF, 16V Bulk Recommended input capacitance 4.7 μF, 16V Ceramic ➃ Disabled input current Disabled state On state range Enable - positive logic Off state range Available Heatsink / Height Options (x) 1U, 1.5U, 2U 1U, 1.5U, 2U 1U .66U 1U MIN. 11.04 TYP. 12.0 7.4 6.4 1.0 11.9 MAX. 12.60 IMON Setting (y) See crossreference, page 5 Units V Y R A N I IM L E R FEATURES Output Voltage Range (V) OUTPUT CHARACTERISTICS - 150A Models Parameter Conditions ➀ Voltage set point 8-Bit DAC controlled Line regulation Load Line (Droop) ➁ 20MHz bandwidth Ripple & noise ➂ Current operating range Efficiency for 11.1 TDC IO = 110A, 1.1VID Power Dissipation VID = 1.1, 4 to 22A, PSI asserted Turn-on time VIN present: enable to 90% VOUT Transient response 104A step, 110A/μS, 1.1 Vout overshoot ➃ Transient response-time ➃ 104A step, 110A/μS, 1.1 Vout Compensation range Remote sense ➄ 10μF, 4V Ceramic ➅ Recommended output 22μF, 6.3V Ceramic ➅ capacitance 560μF, 2.5V, Oscon OUTPUT CHARACTERISTICS - 80A Models Parameter Conditions ➀ Voltage set point 8-Bit DAC controlled Line regulation Load Line (Droop) ➁ VR111B080Cx-C VR11FB080CE-C 20MHz bandwidth Ripple & noise ➂ Current operating range Efficiency for 11.1 TDC IO = 60A, VID = 1.1 Power Dissipation VID = 1.1, 4 to 20A PSI asserted Turn-on time VIN present: enable to 90% VOUT Transient response 59A step, 300A/μS, 1.1 Vout overshoot ➃ Transient response-time ➃ 59A step, 300A/μS, 1.1 Vout Compensation range Remote sense ➄ 47μF, 4V Ceramic ➅ Recommended output 22μF, 4V Ceramic ➅ capacitance 330μF, 2V, 6mΩ bulk www.murata-ps.com V 26.3 6.5 14.5 70 4 4 55 A mA each mA 0.92 0 5.0 0.4 MIN. 0.5 –2.5 0.77 A TYP. 0 0.8 6.4 0 MAX. 1.6 2.5 0.83 5 10 Units V mV mΩ mVp-p A % W mS 50 mV 25 300 μS mV 150 83 4 49 5 4 MIN. 0.5 –2 TYP. 0.77 1.37 0.8 1.40 6.4 0 0 each MAX. 1.6 2 Units V mV 0.83 1.43 5 10 mΩ mΩ mVp-p A % W mS 50 mV 25 300 μS mV 80 85 4 26 12 3 V each email: sales@murata-ps.com 08 Mar 2010 VR111 Series_A01.D9 Page 1 of 10 VR111 Series Solutions for Intel® VRM 11.1 GENERAL CHARACTERISTICS Parameter Operating temperature range Storage temperature range Semiconductor junction MTBF 150A models 80A models Switching frequency Material flammability Safety Agency Approval Conditions ➀ MIN. 0 –40 Non-condensing Package rated to 150ºC TYP. Calculated (RAC PRISM) 25ºC Per phase 1.36 x106 Hrs 440 ºC KHz US (L x W x H) Metric (L x W x H) 3.8"x 0.85" x 2.41" 3.8" x 0.92" x 1.87" 3.8" x 0.92" x 1.187" 3.8" x 0.92" x 1.187" 3.8" x 0.46" x 1.187" 3.8" x 0.49" x 1.187" 3.675" x 0.74" x 0.782" 96.45mm x 21.6mm x 61.15mm 96.45mm x 23.37mm x 47.42mm 96.45mm x 23.37mm x 30.15mm 96.45mm x 23.37mm x 30.15mm 96.45mm x 11.7mm x 30.15mm 96.45mm x 11.7mm x 30.15mm 93.35mm x 18.7mm x 19.87mm US (oz) Metric (g) 2.75 0.9 1.41 1.40 L E R PROTECTION CHARACTERISTICS – 80A Models Parameter Conditions ➀ Output overcurrent shutdown Hiccup mode Overvoltage shutdown Non-latching, above VID Non-latching, at hot spots Overtemperature indicator Worst case junction temperature 0A load VID = 1.1 40A load Load indicator (IMON) 80A load Y R A N I IM 3.6 PROTECTION CHARACTERISTICS – 150A Models Parameter Conditions ➀ Output overcurrent shutdown Hiccup mode Overvoltage shutdown Non-latching, above VID Non-latching, at hot spots Overtemperature indicator Worst case junction temperature 0A load VID = 1.1 75A load Load indicator (IMON) 180A load P Units UL 94V-0 Pending IEC/EN60950-1 MECHANICAL CHARACTERISTICS – TYPICAL Form Parameter Part Number Factor 2U VR111B150CS-yC 1.5U VR111B150CL-yC 1U VR111B150CU-yC Dimensions 1U VR111B100CU-y C 1U VR111B080CU-yC 1U VR11FB080CE-yC 0.66U VR111B080CA-yC Form Parameter Part Number Factor 2U VR111B150CS-yC 1.5U VR111B150CL-yC 1U VR111B150CU-yC Weight 1U VR111B100CU-y C 1U VR111B080CU-yC 1U VR11FB080CE-yC 0.66U VR111B080CA-yC MAX. 65 85 102 78 26 40 39 MIN. TYP. 160 175 125 0 375 900 MIN. 0 450 900 NOTES ➀ Vin = 12Vdc, Ta = 25ºC, Airflow = 400LFM unless otherwise noted. ➁ The output impedance for VRM 11.1 models (VR111 Series) powering VCORE is 0.8mΩ. VR11FB080CE-C is designed to power VCACHE, which requires 1.4mΩ. ➂ Output ripple voltage is specified when measured with Intel® specified capacitance at the output of the converter. ➃ Transient response is specified with Intel® specified capacitors at the output of the converter. See recommended output capacitance. MAX. 190 ºC 203 439 1035 TYP. 90 175 125 Units A mV MAX. 104 mV Units A mV ºC 203 518 1035 mV ➄ If remote sense is not required or used, the Sense(+) and Sense(–) pins must be connected to Vo(+) and Vo(–) respectively. ➅ Murata GRM Series or equivalent. All specifications are based on the requirements detailed in the Intel® Design Guideline for VRM 11.1: Document # 321736, Rev 001. www.murata-ps.com email: sales@murata-ps.com 08 Mar 2010 VR111 Series_A01.D9 Page 2 of 10 VR111 Series Solutions for Intel® VRM 11.1 Typical Performance Curves - Derating (VIN = 12V; VID = 1.1V) THERMAL DERATING GRAPH – VR111B080CA-C (80A, 0.66U) THERMAL DERATING GRAPH – VR111B080CU-C (80A, 1U, No heatsink) Vin 12 (air flow is from input edge to output edge) 80 70 Output Current (Amps) 60 50 100 LFM 200, 300, 400 LFM 40 Y R A TBD TBD 30 20 10 0 20 25 30 35 40 45 50 55 60 65 70 75 N I IM Ambient Temperature (ºC) THERMAL DERATING GRAPH – VR11FB080CE-C (80A, 1U, HEAT BARS) THERMAL DERATING GRAPH – VR111B150CU-C (150A, 1U) Vin 12 (air flow is from input edge to output edge) Vin 12 (air flow is from input edge to output edge) 115 80 110 105 L E R Output Current (Amps) 60 50 100 LFM 200, 300, 400 LFM 40 30 20 10 0 20 P 25 30 35 40 45 50 55 60 65 100 Output Current (Amps) 70 85 75 60 75 55 Ambient Temperature (ºC) 25 35 40 45 50 55 60 65 70 60 65 70 THERMAL DERATING GRAPH – VR111B150CS-C (150A, 2U) Vin 12 (air flow is from input edge to output edge) Vin 12 (air flow is from input edge to output edge) 115 110 105 105 100 100 95 90 85 TBD 100 LFM 200 LFM 300 LFM 400 LFM 75 30 Ambient Temperature (ºC) 110 80 100 LFM 200 LFM 300 LFM 400 LFM 80 65 70 Output Current (Amps) Output Current (Amps) 90 70 THERMAL DERATING GRAPH – VR111B150CL-C (150A, 1.5U) 115 95 95 90 TBD 80 75 70 70 65 65 60 60 55 100 LFM 200 LFM 300 LFM 400 LFM 85 55 25 30 35 40 45 50 Ambient Temperature (ºC) 55 60 65 70 25 30 35 40 45 50 55 Ambient Temperature (ºC) www.murata-ps.com email: sales@murata-ps.com 08 Mar 2010 VR111 Series_A01.D9 Page 3 of 10 VR111 Series Solutions for Intel® VRM 11.1 Typical Performance Curves - Efficiency (VIN= 12V; VID = 1.1V; TAMB = 25°C with 400 LFM airflow) TYPICAL EFFICIENCY CURVE – All 150A models TYPICAL EFFICIENCY CURVE – 80A models VR111B080CA-C Efficiency VS Load @ 12Vin 1.1Vout VR111B150Cx-C Efficiency VS Load @ 12Vin 1.1Vout 87 84 NOTE: PSI# asserted < = 22A 86 85 82 84 83 Efficiency (%) Efficiency (%) 80 78 76 82 Y R A 81 80 79 78 77 74 76 75 72 74 70 5 10 15 20 25 30 35 40 45 50 60 73 5 10 15 20 25 30 35 40 N I IM Output Current (Amps) LOAD LINE (DROOP) 80A MODELS WITH VR111 PREFIX 45 50 55 60 65 70 75 80 85 90 95 100 105 110 Output Current (Amps) LOAD LINE (DROOP) 150A MODELS VR111B080CA-C Load-Line @ 1.1Vout/12Vin VR111B150Cx-C Load-Line @ 1.1Vout/12Vin 1.09 1.09 1.07 L E R 1.05 Upper Limit Measured Vout Lower Limit 1.03 1.01 0.99 0.97 0.95 0 P 10 20 30 40 50 60 70 1.05 Vout 1.07 Vout 55 1.03 1.01 Upper Limit Measured Vout Lower Limit 0.99 0.97 0.95 80 0 10 20 30 40 50 60 70 80 90 100 110 120 130 140 Output Current (Amps) Output Current (Amps) LOAD LINE (DROOP) VR11FB080CE-C 80A 1.4mΩ VR111FB080CE-C Typical Load Line at 1.4mΩ (VID=1v) 0.99 0.97 Vout 0.95 0.93 0.91 Upper Limit Measured Vout Lower Limit 0.89 0.87 0.85 0 20 40 60 80 Output Current (Amps) www.murata-ps.com email: sales@murata-ps.com 08 Mar 2010 VR111 Series_A01.D9 Page 4 of 10 VR111 Series Solutions for Intel® VRM 11.1 PART NUMBER CODING VR 111 B 150 C U - 1C C = RoHS Compliant Family Name Version (IMON Gain, processor specific). See cross-reference below. No version specified = PSI Disabled, IMON: 900mV = 180A 1 = 180A (900mV = 180A) 2 = 140A (900mV = 140A) 3 = 120A (900mV = 120A) 4 = 100A (900mV = 100A) 5 = 80A (900mV = 80A) 6 = 60A (900mV = 60A) VRM Spec 111 = VRM11.1 (Standard 0.8mΩ Load Line) 11F = VRM11.1 (1.4mΩ Load Line Version) Y R A N I M I L E R Input Voltage B = 12Vin Max Output Current 150 = 150A (5-phase solution) 100 = 100A (4-phase solution) 080 = 80A (4-phase solution) Device height (heat sink options) A = Ultra-low profile = “0.66U” 0.78˝ (19.86mm) U = “1U” = 1.187˝ (30.15mm) E = “Enhanced 1U” = 1.187˝ (30.15mm) L = “1.5U” = 1.86˝ (47.20mm) S = “2U” = 2.410˝ (61.15mm) Mounting Type C = Card-edge INTEL® PROCESSOR CROSS-REFERENCE Nehalem, Westmere and Xeon® 5500 Series Processors Processor (Vcore) Intel Xeon Processor 5500 Series / Westmere-EP130W SKU / Nehalem-EP 130W SKU Westmere-EX 130W SKU see the latest PDG Intel Xeon Processor 5500 Series (Nehalem-EP) 95W SKU Westmere-EP 95W SKU Nehalem-EX 130W SKU see the latest PDG Intel Xeon Processor 5500 Series (Nehalem-EP 80W) / Westmere-EP 80W SKU Nehalem-EX / Westmere-EX 105W SKU see the latest PDG Nehalem-EX / Westmere-EX 95W SKU see the latest PDG P ICCTDC (A) 110 110 85 101 105 70 85 85 ICCMAX (A) 150 140 120 120 120 100 95 95 TDP (W) 130 130 95 95 130 80 105 95 IMON Gain (slope) 900mV = Imax 900mV = 180A 900mV = 140A 900mV = 120A 900mV = 120A 900mV = 120A 900mV = 100A 900mV = 100A 900mV = 100A VID Setting [5:3] 111b 110b 101b 101b 101b 100b 100b 100b Base Murata-Ps Part Number VR111B150Cx-1C VR111B150Cx-2C VR111B150Cx-3C VR111B100CU-4C VR111B150Cx-4C Intel Xeon Processor 5500 Series (Nehalem-EP 60W) / Westmere-EP 60W SKU 60 80 60 900mV = 80A 011b VR111B080Cx-5C Intel Xeon Processor 5500 Series / Westmere-EP 38W SKU 28 40 38 900mV = 40A 001b TBD ICCTDC (A) ICCMAX (A) TDP (W) IMON Gain (slope) 900mV = Imax VID Setting [5:3] 70 100 85 ? ? Base Murata-Ps Part Number VR111B100CU-4C VR111B150CU-4C Jasper Forest Series Processors Processor (Vcore) SKU1 SKU2 SKU3 SKU4 SKU5 SKU6 SKU7 SKU8 SKU9 SKU10 SKU11 Not Defined 85 65 60 65 39 20 10 54 48 24 11 Not Defined 50 32 23 VR111B080Cx-5C VR111B080Cx-6C TBD TBD www.murata-ps.com email: sales@murata-ps.com 08 Mar 2010 VR111 Series_A01.D9 Page 5 of 10 VR111 Series Solutions for Intel® VRM 11.1 MECHANICAL DIMENSIONS – ALL MODELS 4.52 [114.99] MAX (latches open) 0.660 [16.76] Connector Is Symmetrical CL About 0.200 [5.08] 0.415 [10.53] 0.098 [2.50] TYP 0.787 [20.00] REF Pin 54 Y R A CL Pin 1 1.420 [36.07] 0.131 [3.33] Pin 27 0.382 [9.70] 2.629 [66.77] 0.356 [9.04] MAX Pin 28 0.764 [19.40] 54x 0.382 [9.70] 3.840 [97.54] MAX N I IM 0.040 ±0.003 [1.02 ±0.08] Figure 1. Connector Footprint (Thru-Hole Connector) Viewed From VRM (Top) Side Recommended Mating Connectors Tyco 1651826-1 (Vertical, 0.18” Solder Tail, Long) 1651929-1 (Vertical, 0.12” Solder Tail, Short) 1766336-1 (Vertical, Surface Mount) 1766436-1 (Vertical, Compliant Pin) L E R P Connector Is Symmetrical CL About 2x 0.096±0.002 [2.44±0.05] Pin 54 4.52 [114.99] (Latches Open) 2.629 [66.77] 1.420 [36.07] 0.415 [10.54] 0.382 [9.70] 0.764 [19.40] 0.098 [2.50] TYP 0.382 [9.70] 0.181 [4.60] REF Pin 28 0.094 [2.40] TYP CL 0.356 [9.04] MAX Pin 1 0.363 [9.21] 0.252 [6.40] 3.802 [96.57] 0.079 [2.00] TYP Pin 27 3.840 [97.54] MAX Figure 2. Connector Footprint (Surface Mount Connector) Viewed From VRM (Top) Side Dimensions are in inches [mm] THIRD ANGLE PROJECTION Tolerances (Unless otherwise Specified) X.XX .02 ( 0.5mm) X.XXX .010 ( 0.25mm) www.murata-ps.com email: sales@murata-ps.com 08 Mar 2010 VR111 Series_A01.D9 Page 6 of 10 VR111 Series Solutions for Intel® VRM 11.1 MECHANICAL DIMENSIONS 0.039 [0.99] Hatched Area May Be Omitted 3.799 [96.45] 3.675 [93.35] 0.555 [14.1] (2 PLS) 3.597 [91.4] 2.184 [55.5] 0.975 [24.8] Hatched Area May Be Omitted R 0.079 [2.01] 9x 0.059 [1.50] 0.599 [15.22] 0.250 [6.35] B C 0.098 [2.49] TYP 0.415 [10.54] 0.197 [5.01] REF N I IM 0.317 [8.06] REF 2.629 [66.78] 0.234 [5.95] 0.060 [1.53] 0.382 [9.71] Figure 3. Circuit Board Outline (1U and taller) 3.675 L E R 3.597 .555 2.184 .975 9x .059 R .079 6x .317 .599 .521 P .250 A .098 TYP .062±.007 [1.57±0.18] PCB THK .782 60° .599 .250 B .031 .098 TYP .415 .234 60° 0.031 [0.79] 0.098 [2.49] TYP 1.420 [36.07] .039 Y R A 1.187 [30.15] 6x 0.317 [8.05] 0.728 [19.87] 0.599 0.521 [15.22] [13.24] 0.250 [6.35] 0.062 [1.58]±0.007 [0.18] PCB THK .197 REF .317 REF 1.420 .060 2.629 .382 Figure 4. Circuit Board Outline (low profile 0.66U) Pin 54 Pin 28 Pin 1 Pin 27 4.035 [102.5] REF (Closed Latches) 4.527 [115.0] REF (Opened Latches) Figure 5. Top View (shown without heat sinks) Dimensions are in inches [mm] THIRD ANGLE PROJECTION Tolerances (Unless otherwise Specified) X.XX .02 ( 0.5mm) X.XXX .010 ( 0.25mm) www.murata-ps.com email: sales@murata-ps.com 08 Mar 2010 VR111 Series_A01.D9 Page 7 of 10 VR111 Series Solutions for Intel® VRM 11.1 MECHANICAL DIMENSIONS 0.74 [18.7] 0.48 [12.1] Color Code Indicator (Blue dot) 0.15 [3.8] 0.81 [20.5] 0.782 [19.87] PCB REF Pin 1-27 This Side Pin 28-54 This Side Y R A End View (Without Mating Connector) End View Color Code Indicator 0.26" [6.6mm] Round “Stick-on Colored Dot” Figure 6. VR111B080CA-C (80A, low profile 0.66U) N I M 0.46 [11.7] 0.040 [1.01] 0.33 [8.3] REF R P End View Pin 1-27 This Side CONNECTOR MOUNTING PLANE I L E 1.23 [31.1] Color Code Indicator (Blue dot) 1.187 [30.15] PCB REF End View (Without Mating Connector) Figure 7. VR111B080CU-C (80A, 1U, no heatsink) .49 12.4 .46 11.7 Color Code Indicator (Approximate Location) 1.187 30.15 PCB REF 1.23 31.1 Yellow Indicator 1.4 mΩ (VR11FB080CE-yC) Blue Indicator 0.8 mΩ (VR111B080CE-yC) .33 8.4 REF .040 1.01 Pin 1-27 This Side CONNECTOR MOUNTING PLANE End View Pin 28-54 This Side End View Without Mating Connector Figure 8. VR11FB080CE-C (80A, 1U, with heat bars) Notes A. Characters are shown on labels only to depict orientation. B. Locations of color code dots and labels typical and are for reference only. Dimensions are in inches [mm] THIRD ANGLE PROJECTION Tolerances (Unless otherwise Specified) X.XX .02 ( 0.5mm) X.XXX .010 ( 0.25mm) www.murata-ps.com email: sales@murata-ps.com 08 Mar 2010 VR111 Series_A01.D9 Page 8 of 10 VR111 Series Solutions for Intel® VRM 11.1 MECHANICAL DIMENSIONS 0.92 [23.37] 1.23 [31.1] CONNECTOR MOUNTING PLANE 1.187 [30.15] PCB REF 0.040 [1.01] 0.20 [5.0] REF End View Pin 1-27 This Side Color Code Indicator (Blue dot) Y R A End View (Without Mating Connector) Figure 9. VR111B1xxCU-C (100A and 150A, with 1U heatsink) 0.92 [23.37] 1.91 [48.4] 1.23 [31.1] 0.040 [1.01] N I IM 1.87 [47.42] CONNECTOR MOUNTING PLANE 1.19 [30.14] L E R 0.33 [8.3] REF Pin 1-27 This Side End View Color Code Indicator (Blue dot) Color Code Indicator 0.26" [6.6mm] Round “Stick-on Colored Dot” End View (Without Mating Connector) Figure 10. VR111B150CL-C (150A, 1.5U) P 0.85 [21.6] 2.45 [62.2] 2.41 [61.15] 1.23 [31.1] Color Code Indicator (Blue dot) CONNECTOR MOUNTING PLANE 1.19 [30.14] 0.040 [1.01] 0.33 [8.3] REF Pin 1-27 Thi Sid End View (Without Mating Connector) End View Figure 11. VR111B150CS-C (150A, 2U) Notes A. Characters are shown on labels only to depict orientation. B. Locations of color code dots and labels typical and are for reference only. Dimensions are in inches [mm] THIRD ANGLE PROJECTION Tolerances (Unless otherwise Specified) X.XX .02 ( 0.5mm) X.XXX .010 ( 0.25mm) www.murata-ps.com email: sales@murata-ps.com 08 Mar 2010 VR111 Series_A01.D9 Page 9 of 10 VR111 Series Solutions for Intel® VRM 11.1 PACKAGE SPECIFICATIONS PIN ASSIGNMENT - ALL VR111 SERIES MODELS Pin 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 Signal VSS VSS VSS VID4 VID2 VID0 VO_SEN+ PWRGD OUTEN IMON VID6 VRM_PRES#2 VO+ VO+ VO+ VSS VSS VSS VO+ VO+ VO+ VSS VSS VSS VO+ VO+ VO+ Pin 54 53 52 51 50 49 48 47 46 45 44 43 42 41 40 39 38 37 36 35 34 33 32 31 30 29 28 Signal VIN+ VIN+ VIN+ VID3 VID1 VID5 VO_SEN– VR_HOT VID7 PSI# VRM_PRES#0 VRM_PRES#1 VO+ VO+ VO+ VSS VSS VSS VO+ VO+ VO+ VSS VSS VSS VO+ VO+ VO+ Y R A N I IM L E R P RoHS COMPLIANCE The following parts are in compliance with the European Union Directive 2002/95/EC (RoHS) with respect to the following substances: lead (Pb), cadmium (Cd), mercury (Hg), hexavalent chromium, polybrominated biphenyls (PBB) or polybrominated diphenyl ethers (PBDE). VR111B150Cx-yC VR111B100Cx-yC VR111B080CU-yC VR111B080CA-yC VR11FB080CU-yC x = Heat sink option; y = Version. See part number coding, page 5. RoHS PROCESS NOTE These products are not intended to go through a reflow solder process. See recommended mating connectors, page 6. Murata Power Solutions, Inc. 11 Cabot Boulevard, Mansfield, MA 02048-1151 U.S.A. ISO 9001 and 14001 REGISTERED Murata Power Solutions, Inc. makes no representation that the use of its products in the circuits described herein, or the use of other technical information contained herein, will not infringe upon existing or future patent rights. The descriptions contained herein do not imply the granting of licenses to make, use, or sell equipment constructed in accordance therewith. Specifications are subject to change without notice. © 2009 Murata Power Solutions, Inc. www.murata-ps.com/locations email: sales@murata-ps.com 08 Mar 2010 VR111 Series_A01.D9 Page 10 of 10