AD834JNZ Analog Devices, 4-quadrant Voltage Multiplier, 500 MHz, 8-Pin PDIP

RS Stock No.: 522-9161Brand: Analog DevicesManufacturers Part No.: AD834JNZ
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Technical Document

Specifications

Number of Quadrants

4

Output Type

Differential

Number of Elements per Chip

1

Maximum Operating Frequency

500 MHz

Maximum Dual Supply Voltage

±9V

Minimum Dual Supply Voltage

±4V

Mounting Type

Through Hole

Package Type

PDIP

Pin Count

8

Minimum Operating Temperature

0 °C

Height

3.43mm

Dimensions

9.27 x 7.24 x 3.43mm

Maximum Operating Temperature

+70 °C

Length

9.27mm

Width

7.24mm

Product details

Analogue Multipliers, Analog Devices

A range of analogue multipliers and dividers from Analog Devices suitable for a variety of signal processing applications. Both two and four quadrant types are available, in through-hole and SMT page options. Typical applications for these devices include differential ratio and percentage computations, algebraic and trigonometric function synthesis, accurate voltage controlled oscillators and filters, modulators and demodulators, gain control and rms-to-dc conversion.

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P.O.A.

AD834JNZ Analog Devices, 4-quadrant Voltage Multiplier, 500 MHz, 8-Pin PDIP
Select packaging type

P.O.A.

AD834JNZ Analog Devices, 4-quadrant Voltage Multiplier, 500 MHz, 8-Pin PDIP
Stock information temporarily unavailable.
Select packaging type

Technical Document

Specifications

Number of Quadrants

4

Output Type

Differential

Number of Elements per Chip

1

Maximum Operating Frequency

500 MHz

Maximum Dual Supply Voltage

±9V

Minimum Dual Supply Voltage

±4V

Mounting Type

Through Hole

Package Type

PDIP

Pin Count

8

Minimum Operating Temperature

0 °C

Height

3.43mm

Dimensions

9.27 x 7.24 x 3.43mm

Maximum Operating Temperature

+70 °C

Length

9.27mm

Width

7.24mm

Product details

Analogue Multipliers, Analog Devices

A range of analogue multipliers and dividers from Analog Devices suitable for a variety of signal processing applications. Both two and four quadrant types are available, in through-hole and SMT page options. Typical applications for these devices include differential ratio and percentage computations, algebraic and trigonometric function synthesis, accurate voltage controlled oscillators and filters, modulators and demodulators, gain control and rms-to-dc conversion.