PANASONIC AN9DD00

Analog Master Slice
AN9D, AN9E, AN9F Series
Analog master slice IC series
■ 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.
■ 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.
■ Development Flow
Mask layout
Wiring, assembly
Matsushita side
EWS
Selection
Full automatic
layout
Check
Circuit design
Customer side
System design
Fabricated wafer
Wired mask only
Test specification, etc.
Drastic shrinkage of TAT
for small quantity production
Full
custom
Master
slice
Layout
8weeks
Chip
Evaluation
Diffusion,
assembly
6weeks
1 000 elements in case
of general-use process
1week 3weeks
1
AN9D, AN9E, AN9F Series
Analog Master Slice
■ Product Mix
Element characteristics
Series name
Supply
voltage
NPN transistor
fT(max)
BVCEO
PNP transistor
hFE
fT(max)
BVCEO
Remarks
hFE
AN9D series to 12 V 2.6 GHz
14.4 V 100 to 250 1.0 GHz
14.4 V
66 to 200 For low power dissipation/
high speed operation IC
AN9E series to 12 V 3.5 GHz
14.4 V
14.4 V
50 to 130 For Bi-CMOS IC
AN9F series
to 30 V 300 MHz
30 V
80 to 250 1.5 GHz
80 to 250
9 MHz
30 V
80 to 350 For high breakdown
voltage IC
■ 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, AN9E, AN9F Series
• 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
• 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
AN9DA00 AN9DB00 AN9DC00 AN9DE00 AN9DD00* AN9DF00
Pad count
28
36
55
64
75
32
1 287
2 424
3 854
5 106
6 602
1 607
306
600
920
1 288
1 610
306
A11
320
448
560
Basic size
A21
160
224
280
Double size
Total element count
Transistor count
NPN
PNP
A62P
8
8
8
B11
126
252
126
Basic size (CW winding)
LA1
84
168
84
Basic size (Lateral type)
LA4S
4
4
4
8 times size (Lateral type)
V11
84
168
84
Basic size (Vertical type)
V21
Gate countIIL
320
448
560
120
168
210
62 times size
Double size (Vertical type)
320
Resistor count
969
1 800
2 854
3 706
4 852
969
5 kΩ
474
888
1 408
1 728
2 440
474
10 kΩ
198
336
480
640
800
198
SP2 2.5 kΩ
297
576
966
1 338
1 612
297
12
24
80
112
140
12
SP
Remarks
Capacitor count 5 pF
Resistance variable
Note) *: Under development
3
AN9D, AN9E, AN9F Series
Analog Master Slice
• 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
Remarks
40
55
8 830
14 033
900
1 402
N21
420
588
Double size
N54
20
34
40 times size
A42G
20
96
P21
420
588
V42G
20
96
5 016
7 138
40 kΩ
90
160
10 kΩ
1 440
2 016
5 kΩ
1 680
2 352
5 kΩ
1 086
1 602
Resistance variable
2 kΩ
720
1 008
Resistance variable
5 pF
60
84
30
42
30
42
12
32
N-MOS
6
16
60/2
P-MOS
6
16
30/2
2 800
5 400
2 800
5 400
12
19
Analog SW
6
12
Analog SW
4
4
8-bit DAC
1
1
Oscillation circuit
1
2
Total element count
Transistor count
NPN
PNP
Resistor count
SP
PS
Capacitor count
Diode count
ZD1
MOS count
Gate array count
LOGIC
Standard cell count
Note) *: Under development
4
AN9EA00* AN9EB00*
Double size (Vertical type)
Zener zap element
Use rate 35% or less
Analog Master Slice
AN9D, AN9E, AN9F Series
• 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
AN9FA00
Remarks
Pad count
36
Total element count
1 655
Transistor count
308
NPN
PNP
N11X
72
Basic size
W11X
72
Basic size (surrounded with DN)
N100X
8
100 times size
YA1
144
Basic size (Lateral type)
YX1DP
12
Emitter and collector are surrounded with DN
Resistor count
1 308
2 kΩ
1 068
Resistance variable
5 kΩ
48
Resistance variable
10 kΩ
136
50 kΩ
56
7.5 pF
24
Capacitance variable
ZB2
15
Bulk Zener diode
Output circuit
3
250 times size transistor built-in
1
2.5 V reference power supply circuit
SP
PW
Capacitor count
Diode count
ZD
Special block
Reference power supply circuit
■ Circuit Library
General-use basic circuits are available as libraries.
Circuit name
Contents
Features
Remarks
Op-amp.1
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
Op-amp.2
High speed
Highly stable operational amp.
High speed: Cutoff frequency = 20 MHz
: Slew rate = 100 V/µs
AN9D series
Op-amp.3
General-use
Low power consumption: ICC = 0.15 mA
Single power supply operational amp.
AN9D series
Op-amp.4
General-use
High gain: Voltage gain = 107 dB
Single power supply operational amp. High stability: Phase margin = 43°
AN9D series
AN9D series
Comp1
Low power consumption
Single power supply comparator
Low power consumption: ICC = 0.1 mA
High speed: tr / tf = 0.15 µs/0.3 µs
AN9D series
Comp2
Single power supply
High speed comparator
High speed: td = 0.015 µs
AN9D series
Reg1
General-use
Stabilized power supply
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
Analog Master Slice
■ Package Table
Series name
AN9DX00 series
AN9EX00 series AN9FX00
Master name
Package Pin count
16
AN9DA00 AN9DB00 AN9DC00 AN9DD00 AN9DE00 AN9DF00 AN9EA00 AN9EB00 AN9FA00
●
18
20
DIL
22
●
24
●
●
28
SDIL
●
●
●
●
20
●
●
22
●
●
24
●
●
●
28
●
●
●
30
●
●
●
42
●
●
●
●
52
●
●
●
●
●
●
●
●
18
20
●
●
●
22
SO
24
●
●
28
●
●
36
●
●
●
●
●
●
●
●
●
32
●
44
QPF
48
●
64
●
●
●
●
●
●
●
●
●
●
●
●
80
QFN
6
●
24
●
44
●
●
●
●
●