AN9E

Analog Master Slice AN9D, AN9E, AN9F Series Analog master slice IC series s Overview The AN9D, AN9E and AN9F series are master slice ICs of bipolar process, which enables you to integrate an analog circuit easily onto a single chip. A custom IC can be made by placing a wired pattern designed in line with the customer's analog circuit onto a master slice. Starting from a wafer on which a most part of IC diffusion processes are already finished, you can shorten an IC pilot fabrication considerably. Further, placement of elements and inter-element wiring are done automatically by a computer, which results in short period of pattern designing and thereby developing a custom IC in a short period. s Features • High design flexibility • Easy circuit constant design because of setting resistance or capacitance to an arbitrary value. • Free setting of contacts between a substrate and GND wiring prevents from operation error to be caused by floating of substrate potential. • Usable for multi power source because a resistor island potential can be set for each unit. • Builds in a lateral type PNP transistor of high reverse breakdown voltage between base and emitter, or a collector wall type NPN transistor of excellent saturation characteristics. (AN9DA00, AN9DB00, AN9DF00) • Short development period • Due to a full automatic layout design, a sample is available in one month from a completion of a circuit diagram. • Applicable to a small quantity production item • Possible to develop a custom IC for small quantity production due to a low development cost. s Development Flow Mask layout Matsushita side EWS Selection Full automatic layout Check Circuit design Customer side System design Fabricated wafer Wired mask only Wiring, assembly Test specification, etc. Drastic shrinkage of TAT for small quantity production Full custom Master slice Layout 8weeks Diffusion, assembly 6weeks Chip Evaluation 1 000 elements in case of general-use process 1week 3weeks 1 AN9D, AN9E, AN9F Series s Product Mix Element characteristics Series name Supply voltage NPN transistor fT(max) AN9D series to 12 V 2.6 GHz AN9E series to 12 V 3.5 GHz AN9F series to 30 V 300 MHz BVCEO hFE PNP transistor fT(max) BVCEO 14.4 V 14.4 V 30 V hFE Analog Master Slice Remarks 14.4 V 100 to 250 1.0 GHz 14.4 V 30 V 80 to 250 1.5 GHz 80 to 250 9 MHz 66 to 200 For low power dissipation/ high speed operation IC 50 to 130 For Bi-CMOS IC 80 to 350 For high breakdown voltage IC s Basic Block Configuration (AN9DA00, AN9DB00, AN9DF00) SP2 resistor (variable) SP resistor (fixed) PNP transistor (lateral type) PNP transistor (vertical type) NPN transistor (collector wall type) SP resistor (fixed) Capacitance SP2 resistor (variable) 2 Analog Master Slice • AN9D series (VCC = to 12 V, fT(max) = 2.6 GHz) • High speed low power dissipation process • Constant-variable resistor and capacitor elements built in AN9D, AN9E, AN9F Series • Large current transistor built in (AN9DA00, AN9DB00, AN9DF00) • Optimal for a control-system application due to built-in collector wall type NPN transistors and lateral PNP transistors (AN9DA00, AN9DB00, AN9DF00) • Optimal for signal processing application due to built-in high speed NPN transistors and vertical PNP transistors (AN9DC00, AN9DD00, AN9DE00) • IIL element built-in (AN9DF00) Product name Pad count Total element count Transistor count A11 A21 NPN A62P B11 LA1 LA4S PNP V11 V21 Gate countIIL Resistor count SP 5 kΩ 10 kΩ 969 474 198 297 12 1 800 888 336 576 24 8 126 84 4 84 8 252 168 4 168 320 120 320 2 854 1 408 480 966 80 3 706 1 728 640 1 338 112 4 852 2 440 800 1 612 140 969 474 198 297 12 Resistance variable 448 168 560 210 AN9DA00 AN9DB00 AN9DC00 AN9DE00 AN9DD00* AN9DF00 Remarks 28 1 287 306 36 2 424 600 55 3 854 920 320 160 64 5 106 1 288 448 224 75 6 602 1 610 560 280 32 1 607 306 Basic size Double size 8 126 84 4 84 62 times size Basic size (CW winding) Basic size (Lateral type) 8 times size (Lateral type) Basic size (Vertical type) Double size (Vertical type) SP2 2.5 kΩ Capacitor count 5 pF Note) *: Under development 3 AN9D, AN9E, AN9F Series • AN9E series (VCC = to 12 V, fT(max) = 3.5 GHz) • Bi-CMOS process adopted • Constant-variable resistor and capacitor elements built in • Gate array and standard cell built in • Zener zap elements built in Product name Pad count Total element count Transistor count N21 NPN N54 A42G P21 PNP Resistor count 40 kΩ SP 10 kΩ 5 kΩ PS Capacitor count Diode count ZD1 MOS count N-MOS P-MOS Gate array count LOGIC Standard cell count Analog SW Analog SW 8-bit DAC Oscillation circuit Note) *: Under development Analog Master Slice AN9EA00* AN9EB00* 40 8 830 900 420 20 20 420 20 5 016 90 1 440 1 680 1 086 720 60 30 30 12 6 6 2 800 2 800 12 6 4 1 1 55 14 033 1 402 588 34 96 588 96 7 138 160 2 016 2 352 1 602 1 008 84 42 42 32 16 16 5 400 5 400 19 12 4 1 2 60/2 30/2 Remarks Double size 40 times size Double size (Vertical type) V42G 5 kΩ 2 kΩ 5 pF Resistance variable Resistance variable Zener zap element Use rate 35% or less 4 Analog Master Slice • AN9F series (VCC = to 30 V, fT(max) = 300 MHz) • High voltage process adopted • Constant-variable resistor and capacitor elements built in • Built-in Zener diode for simplified reference voltage • Output-circuit-exclusive three blocks are built in • ZAP-adopted reference-voltage-exclusive one block is built in Product name Pad count Total element count Transistor count N11X NPN W11X N100X YA1 PNP Resistor count SP 2 kΩ 5 kΩ 10 kΩ 50 kΩ 7.5 pF ZD ZB2 YX1DP 72 72 8 144 12 1 308 1 068 48 136 56 24 15 3 1 Resistance variable Resistance variable AN9FA00 36 1 655 308 Basic size AN9D, AN9E, AN9F Series Remarks Basic size (surrounded with DN) 100 times size Basic size (Lateral type) Emitter and collector are surrounded with DN PW Capacitor count Diode count Special block Capacitance variable Bulk Zener diode 250 times size transistor built-in 2.5 V reference power supply circuit Output circuit Reference power supply circuit s Circuit Library General-use basic circuits are available as libraries. Circuit name Op-amp.1 Op-amp.2 Op-amp.3 Op-amp.4 Comp1 Comp2 Reg1 Contents Features Remarks AN9D series AN9D series AN9D series AN9D series AN9D series AN9D series General-use Wide output D-range: 0.2 V to VCC − 0.5 V Single power supply operational amp. Low power consumption: ICC = 0.5 mA High speed Highly stable operational amp. High speed: Cutoff frequency = 20 MHz : Slew rate = 100 V/µs General-use Low power consumption: ICC = 0.15 mA Single power supply operational amp. General-use High gain: Voltage gain = 107 dB Single power supply operational amp. High stability: Phase margin = 43° Low power consumption Single power supply comparator Single power supply High speed comparator General-use Stabilized power supply Low power consumption: ICC = 0.1 mA High speed: tr / tf = 0.15 µs/0.3 µs High speed: td = 0.015 µs High temp. stability: 150 ppm/degree or less AN9D series Wide output voltage range: 1.3 V to VCC − 0.5 V 5 AN9D, AN9E, AN9F Series s Package Table Series name Master name Package Pin count 16 18 20 DIL 22 24 28 20 22 24 SDIL 28 30 42 52 18 20 22 SO 24 28 36 32 44 QPF 48 64 80 24 QFN 44 q q q q q q q q q q q q q q q q q q q q q q q q q q q q q q q q q q q q q q q q q q q q q AN9DX00 series Analog Master Slice AN9EX00 series AN9FX00 AN9DA00 AN9DB00 AN9DC00 AN9DD00 AN9DE00 AN9DF00 AN9EA00 AN9EB00 AN9FA00 q q q q q q q q q q q q q q q q q q q q q q q q q 6