Op-Amp - NJM4558L, Dual high-gain, 8-Pin SIP

Name: Op-Amp - NJM4558L, Dual high-gain, 8-Pin SIP
SKU: P-QNJM4558L
Price: 0.85 USD
Availability: InStock

$0^.85

In Stock

NJM4558L dual op amp from JRC in a SIP8 package. The NJM4558L is the same as the DIP NJM4558 (JRC4558) otherwise. The SIP version is a great replacement for dual op amps in vintage circuits as well as a space saving package for some PCB layouts.

The NJM4558L is a dual high-gain operational amplifier with internal compensation circuit and constructed on a single silicon chip. It offers excellent characteristics by combining the parameters adjusted for a monolithic chip. The channel separation characteristic is suitable for measuring instruments.

Features:

Operating Voltage ( ±4V~±18V )
High Voltage Gain ( 100dB typ. )
High Input Resistance ( 5MΩ typ. )
Bipolar Technology

See P-Q4558 for the DIP version of this chip

SKU:

P-QNJM4558L

Item ID:

045692

Package:

DIP-8, SIP-8

Sections:

Dual

Type:

Op-Amp, Integrated Circuits

RoHS Compliant

Common Mode Rejection Ratio (cmr)			70 dB min, 90 dB typical
Differential Input Voltage (VID)			± 30 V
Equivalent Input Noise Voltage (VNI)			:1.4 μVrms
Gain Bandwidth Product (gbw)			3 MHz
High Input Resistance			:5 MΩ typical
High Voltage Gain			100 dB typical
Input Bias Current (IB)			≤ 500 nA, 25 nA typical
Input Common Mode Voltage Range (VICM)			:± 12 V min, 14 V typical
Input Offset Current (IIO)			≤ 200 nA, 5 nA typical
Input Offset Voltage (VIO)			≤ 6 mV, 0.5 mV typical
Input Resistance (RIN)			≥ 0.3 MΩ, 5 MΩ typical
Input Voltage (Vin)			± 15 V
Large Signal Voltage Gain (AV)			≥ 86 dB, 100 dB typical
Operating Temperature (TJ)			-40°C to 85°C
Operating Voltage			±4 V ~ ±18 V
Output Voltage Swing 1, maximum (VOM1)			± 12 V min, ± 14 V typical
Output Voltage Swing 2, maximum (VOM2)			± 10 V min, ± 13 V typical
Power Dissipation (PD)			500 W
Slew Rate (sr)			1 V/μs
Supply Voltage (V+)			± 18 V
Supply Voltage Rejection Ratio (svr)			≥ 76.5 dB, 90 dB typical
storage temperature (Tstg)			-40°C to 125°C