AD625BD [Analog Devices]

Name: AD625BD
Brand: Analog Devices
SKU: AD625BD
Availability: InStock

Part No:

AD625BD

Interface ICs

Manufacturer:

Analog Devices

Description:

The AD625 is a precision instrumentation amplifier specifically designed to fulfill two major areas of application: 1) Circuits requiring nonstandard gains (i.e., gains not easily achievable with devices such as the AD524 and AD624). 2) Circuits requiring a low cost, precision software programmable gain amplifier.

Datasheet:

Stock Status:

Available for RFQ

Pricing:

Request Volume Pricing

Quote Response:

Within 24 Hours

Shipping:

In-stock parts ship in 1–2 business days

Specification

Type

Parameter

A J S Gain Error Max

+0.05%

A J S Gain Error Min

-0.035%

A J S Input Offset Voltage Max

200µV

A J S Input Offset Voltage Min

50µV

A J S Nonlinearity Gain Gt256

±0.01%

A J S Nonlinearity Gain1 256

±0.005%

A Operating Temperature Max

+85°C

A Operating Temperature Min

-40°C

AD625A B C Operating Temperature Max

+85°C

AD625A B C Operating Temperature Min

-40°C

AD625A J S Cmrr Dc 60Hz G1 Max

75 dB

AD625A J S Cmrr Dc 60Hz G1 Min

70 dB

AD625A J S Cmrr Dc 60Hz G10 Max

95 dB

AD625A J S Cmrr Dc 60Hz G10 Min

85 dB

AD625A J S Cmrr Dc 60Hz G100 Max

100 dB

AD625A J S Cmrr Dc 60Hz G100 Min

95 dB

AD625A J S Cmrr Dc 60Hz G1000 Max

110 dB

AD625A J S Cmrr Dc 60Hz G1000 Min

100 dB

AD625A J S Current Noise 0.1 10Hz

60 pA p-p

AD625A J S Gain Error Max

0.05%

AD625A J S Gain Error Min

-0.035%

AD625A J S Gain Vs Temp

5ppm/°C

AD625A J S Input Offset Voltage Max

200µV

AD625A J S Input Offset Voltage Min

50µV

AD625A J S Input Offset Voltage Vs Temp Max

2µV/°C

AD625A J S Input Offset Voltage Vs Temp Min

1µV/°C

AD625A J S Nonlinearity Gain 1 256

±0.005%

AD625A J S Nonlinearity Gain Gt 256

±0.01%

AD625A J S Output Offset Voltage Max

5mV

AD625A J S Output Offset Voltage Min

4mV

AD625A J S Output Offset Voltage Vs Temp Max

50µV/°C

AD625A J S Output Offset Voltage Vs Temp Min

20µV/°C

AD625A J S Output Rating

±10V @ 5mA

AD625A J S Settling Time 0.01% G1 200

15 µs

AD625A J S Settling Time 0.01% G1000

75 µs

AD625A J S Settling Time 0.01% G500

35 µs

AD625A J S Slew Rate

5.0V/µs

AD625A J S Small Signal Bandwidth G1

650kHz

AD625A J S Small Signal Bandwidth G10

400kHz

AD625A J S Small Signal Bandwidth G100

150kHz

AD625A J S Small Signal Bandwidth G1000

25kHz

AD625A J S Voltage Noise Rti 1kHz

4 nV/√Hz

AD625A J S Voltage Noise Rto 1kHz

75 nV/√Hz

AD625B K Cmrr Dc 60Hz G1 Max

85 dB

AD625B K Cmrr Dc 60Hz G1 Min

75 dB

AD625B K Cmrr Dc 60Hz G10 Max

100 dB

AD625B K Cmrr Dc 60Hz G10 Min

90 dB

AD625B K Cmrr Dc 60Hz G100 Max

110 dB

AD625B K Cmrr Dc 60Hz G100 Min

105 dB

AD625B K Cmrr Dc 60Hz G1000 Max

120 dB

AD625B K Cmrr Dc 60Hz G1000 Min

110 dB

AD625B K Current Noise 0.1 10Hz

60 pA p-p

AD625B K Gain Error Max

0.03%

AD625B K Gain Error Min

-0.02%

AD625B K Gain Vs Temp

5ppm/°C

AD625B K Input Offset Voltage Max

50µV

AD625B K Input Offset Voltage Min

25µV

AD625B K Input Offset Voltage Vs Temp Max

0.50µV/°C

AD625B K Input Offset Voltage Vs Temp Min

0.25µV/°C

AD625B K Nonlinearity Gain 1 256

±0.002%

AD625B K Nonlinearity Gain Gt 256

±0.008%

AD625B K Output Offset Voltage Max

3mV

AD625B K Output Offset Voltage Min

2mV

AD625B K Output Offset Voltage Vs Temp Max

25µV/°C

AD625B K Output Offset Voltage Vs Temp Min

10µV/°C

AD625B K Output Rating

±10V @ 5mA

AD625B K Settling Time 0.01% G1 200

15 µs

AD625B K Settling Time 0.01% G1000

75 µs

AD625B K Settling Time 0.01% G500

35 µs

AD625B K Slew Rate

5.0V/µs

AD625B K Small Signal Bandwidth G1

650kHz

AD625B K Small Signal Bandwidth G10

400kHz

AD625B K Small Signal Bandwidth G100

150kHz

AD625B K Small Signal Bandwidth G1000

25kHz

AD625B K Voltage Noise Rti 1kHz

4 nV/√Hz

AD625B K Voltage Noise Rto 1kHz

75 nV/√Hz

AD625C Cmrr Dc 60Hz G1 Max

90 dB

AD625C Cmrr Dc 60Hz G1 Min

80 dB

AD625C Cmrr Dc 60Hz G10 Max

105 dB

AD625C Cmrr Dc 60Hz G10 Min

95 dB

AD625C Cmrr Dc 60Hz G100 Max

120 dB

AD625C Cmrr Dc 60Hz G100 Min

110 dB

AD625C Cmrr Dc 60Hz G1000 Max

140 dB

AD625C Cmrr Dc 60Hz G1000 Min

115 dB

AD625C Current Noise 0.1 10Hz

60 pA p-p

AD625C Gain Error Max

0.02%

AD625C Gain Error Min

-0.01%

AD625C Gain Vs Temp

5ppm/°C

AD625C Input Offset Voltage Max

25µV

AD625C Input Offset Voltage Min

10µV

AD625C Input Offset Voltage Vs Temp Max

0.25µV/°C

AD625C Input Offset Voltage Vs Temp Min

0.1µV/°C

AD625C Nonlinearity Gain 1 256

±0.001%

AD625C Nonlinearity Gain Gt 256

±0.005%

AD625C Output Offset Voltage Max

2mV

AD625C Output Offset Voltage Min

1mV

AD625C Output Offset Voltage Vs Temp Max

15µV/°C

AD625C Output Offset Voltage Vs Temp Min

10µV/°C

AD625C Output Rating

±10V @ 5mA

AD625C Settling Time 0.01% G1 200

15 µs

AD625C Settling Time 0.01% G1000

75 µs

AD625C Settling Time 0.01% G500

35 µs

AD625C Slew Rate

5.0V/µs

AD625C Small Signal Bandwidth G1

650kHz

AD625C Small Signal Bandwidth G10

400kHz

AD625C Small Signal Bandwidth G100

150kHz

AD625C Small Signal Bandwidth G1000

25kHz

AD625C Voltage Noise Rti 1kHz

4 nV/√Hz

AD625C Voltage Noise Rto 1kHz

75 nV/√Hz

AD625J K Operating Temperature Max

+70°C

AD625J K Operating Temperature Min

0°C

AD625S Operating Temperature Max

+125°C

AD625S Operating Temperature Min

-55°C

Absolute Max Supply Voltage

±18V

B K Gain Error Max

+0.03%

B K Gain Error Min

-0.02%

B K Input Offset Voltage Max

50µV

B K Input Offset Voltage Min

25µV

B K Nonlinearity Gain Gt256

±0.008%

B K Nonlinearity Gain1 256

±0.002%

B Operating Temperature Max

+85°C

B Operating Temperature Min

-40°C

C Gain Error Max

+0.02%

C Gain Error Min

-0.01%

C Input Offset Voltage Max

25µV

C Input Offset Voltage Min

10µV

C Nonlinearity Gain Gt256

±0.005%

C Nonlinearity Gain1 256

±0.001%

C Operating Temperature Max

+85°C

C Operating Temperature Min

-40°C

Current Noise 0.1 10Hz

60 pA p-p

Differential Input Voltage

±V_S

Differential Input Voltage Max Absolute

±V_S

ESD Sensitive

Yes

Gain Bandwidth Product

25MHz

Gain Range

1 to 10,000

Gain Range Max

10000

Gain Range Min

Gain Temperature Coefficient Max

5ppm/°C

Input Common Mode Capacitance

4pF

Input Common Mode Resistance

1 GΩ

Input Differential Capacitance

4pF

Input Differential Resistance

1 GΩ

Input Noise Density

4 nV/√Hz at 1kHz

Input Voltage

±V_S

Input Voltage Max Absolute

±V_S

Internal Power Dissipation

450mW

J Operating Temperature Max

+70°C

J Operating Temperature Min

0°C

K Operating Temperature Max

+70°C

K Operating Temperature Min

0°C

Operating Temperature Abc Max

+85°C

Operating Temperature Abc Min

-40°C

Operating Temperature Jk Max

+70°C

Operating Temperature Jk Min

0°C

Operating Temperature S Max

+125°C

Operating Temperature S Min

-55°C

Output Current

5mA

Output Short Circuit Duration

Indefinite

Output Voltage Range

±10V

Package

16-Lead Ceramic DIP (D-16), 16-Lead Plastic DIP (N-16), 20-Terminal Leadless Chip Carrier (E-20A)

Power Dissipation

450mW

Power Supply Range

±6 to ±18V

Quiescent Current

3.5mA ~ 5mA

S Operating Temperature Max

+125°C

S Operating Temperature Min

-55°C

Settling Time 0.01 Percent G1 200

15 µs

Settling Time 0.01 Percent G1000

75 µs

Settling Time 0.01 Percent G500

35 µs

Slew Rate

5.0V/µs

Soldering Temperature

+300°C

Storage Temperature

-65°C ~ +150°C

Supply Voltage

±6V ~ ±18V

Voltage Noise 1kHz RTI

4 nV/√Hz

Voltage Noise 1kHz RTO

75 nV/√Hz

Products Detail

The AD625 is a precision instrumentation amplifier designed for nonstandard gains and low-cost, precision software programmable gain amplifier applications. It provides up to 16-bit precision for user-selected fixed gains from 1 to 10,000, programmed by three external resistors. A 12-bit software programmable gain amplifier can be configured using the AD625, a CMOS multiplexer, and a resistor network. The gain accuracy and gain temperature coefficient are primarily dependent on external resistors. It features independent input and output offset nulling terminals for high precision applications. The proprietary design provides input voltage noise of 4 nV/√Hz at 1 kHz. External resistor matching is not required to maintain high common-mode rejection. It is available in three accuracy grades (A, B, C) for industrial temperature range, two grades (J, K) for commercial temperature range, and one (S) grade for extended temperature range.

Key Features

User Programmed Gains of 1 to 10,000
Low Gain Error: 0.02% Max
Low Gain TC: 5 ppm/°C Max
Low Nonlinearity: 0.001% Max
Low Offset Voltage: 25 µV
Low Noise 4 nV/√Hz (at 1 kHz) RTI
Gain Bandwidth Product: 25 MHz
16-Lead Ceramic or Plastic DIP Package, 20-Terminal LCC Package
Standard Military Drawing Available
MIL-Standard Parts Available
Low Cost
Up to 16-bit precision
Can be configured as 12-bit software programmable gain amplifier
Independent input and output offset nulling terminals
External resistor matching not required for high CMRR

Application scenarios

Nonstandard gain circuits
software programmable gain amplifiers
industrial control
commercial electronics
extended temperature applications

Documents

Datasheets:

AD625

ConflictMineralStatement:

Analog-Devices-company-33.pdf

Product FAQ

1. Is AD625BD available for RFQ?

Yes. AD625BD by Analog Devices is available for RFQ. Submit your required quantity and our team will confirm real-time stock, lead time, and volume pricing.

2. Why is there no fixed price for AD625BD?

Pricing for AD625BD can vary by order quantity, market availability, date code, packaging, and delivery destination. Request a quote to receive the latest volume pricing.

3. What are the key specifications of AD625BD?

AD625BD is a Analog Devices Interface ICs with AD625A J S Output Offset Voltage Vs Temp Max: 50µV/°C and AD625A J S Output Offset Voltage Vs Temp Min: 20µV/°C. Review the product details or submit an RFQ if you need confirmation before purchase.

4. How fast can I get a quote for AD625BD?

Our sales team usually responds within 24 hours after receiving your RFQ. The quote may include stock status, unit price, lead time, shipping options, and available alternatives.

5. How soon can AD625BD be shipped?

If stock is confirmed, in-stock parts can usually ship within 1–2 business days. Final lead time depends on quantity, stock source, and delivery destination.

6. Can you suggest alternatives to AD625BD?

Yes. If AD625BD is unavailable, obsolete, or does not meet your required lead time, we can help check similar Analog Devices Interface ICs parts or compatible alternatives.

RFQ

Part Number:

AD625BD

Manufacturer:

Analog Devices

Looking for Pricing? Contact us for volume pricing.

Shipping & Warranty

Fast Dispatch: Ships in 5-7 days(in-stock parts within 1-2 days)

Unishop Global Export: 1-7 days, $40.00

Guaranteed Delivery: Door-to-door in 30 days

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Feature

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Hassle-Free Returns
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IMPORTANT NOTICE

Quotations are subject to stock availability and may vary with market conditions. Prices and lead times are not guaranteed until a purchase order is confirmed. Ensure your contact details are correct to avoid delays in response.