AN9D Datasheet, PDF (5/6 Pages) Panasonic Semiconductor – Analog master slice IC series

Analog Master Slice
AN9D, AN9E, AN9F Series
• AN9F series (V_CC = to 30 V, f_T(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
N11X
72
Basic size
NPN W11X
72
Basic size (surrounded with DN)
N100X
8
100 times size
YA1
144 Basic size (Lateral type)
PNP
YX1DP 12
Emitter and collector are surrounded with DN
Resistor count
1 308
2 kΩ 1 068 Resistance variable
SP
5 kΩ
48 Resistance variable
10 kΩ
136
PW
50 kΩ
56
Capacitor count
7.5 pF
24
Capacitance variable
Diode count
ZD ZB2
15
Bulk Zener diode
Special block
Output circuit
3
250 times size transistor built-in
Reference power supply circuit
1
2.5 V reference power supply circuit
s Circuit Library
General-use basic circuits are available as libraries.
Circuit name
Contents
Features
Remarks
Op-amp.1
Op-amp.2
General-use
Single power supply operational amp.
High speed
Highly stable operational amp.
Wide output D-range: 0.2 V to V_CC − 0.5 V
Low power consumption: I_CC = 0.5 mA
High speed: Cutoff frequency = 20 MHz
: Slew rate = 100 V/µs
AN9D series
AN9D series
Op-amp.3 General-use
Low power consumption: I_CC = 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
Comp1
Comp2
Low power consumption
Single power supply comparator
Single power supply
High speed comparator
Low power consumption: I_CC = 0.1 mA
High speed: t_r / t_f = 0.15 µs/0.3 µs
High speed: t_d = 0.015 µs
AN9D series
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 V_CC − 0.5 V
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