NF CG SERIES Bộ dao động có thể điều chỉnh giá trị điện trở

Bộ dao động có thể điều chỉnh giá trị điện trở

Dòng NF CG là bộ dao động sóng sin có thể điều chỉnh điện trở có thể được đặt tần số dao động bằng các điện trở được kết nối bên ngoài.

Bộ dao động có thể điều chỉnh giá trị điện trở

Model:

CG Series

Maker:

Thông số kỹ thuật.

Model	Frequency ran ge	Frequency setting	Output voltage	Distortion factor	Package
CG-102R1	20Hz to 20kHz	2 externally connected resistors	2.5Vrms (0.5V to 20Vp-p is possible.)	0.005% max. (70Hz to 10kHz)	24 pins Dual-in-line package
CG-102R2	1kHz to 100kHz		2.5Vrms (0.5V to 20Vp-p is possible.)	0.005% max. (2kHz to 50kHz)
CG-202R3	100kHz to 1MHz		2.5Vrms (1.6V to 5Vrms is possible.)	-50dB typ. (1MHz)
CG-302R1	20Hz to 20kHz		2.5Vrms (0.5V to 20Vp-p is possible.)	0.005% max. (70Hz to 10kHz)	20 pins Single-in-line package
CG-302R2	1kHz to 100kHz		2.5Vrms (0.5V to 20Vp-p is possible.)	0.005% max. (2kHz to 50kHz)	20 pins Single-in-line package
CG-402R1	20Hz to 20kHz		2.5Vrms (±2V to ±10Vrms is possible.)	0.1% max. (200Hz to 100kHz)	12 pins Single-in-line package
CG-402R2	1kHz to 100kHz		2.5Vrms (±2V to ±10Vrms is possible.)	0.1% max. (200Hz to 100kHz)	12 pins Single-in-line package

Supply voltage :

±15V

CG-742N Random Binary Generator

Random binary generator is oscillator which can be output binary signal of random timing. It is possible to make white noise combination with lowpass filter.

Noise generator	Pseudo random M series
Basic oscillation frequency	Depends on an externally connected resistor or external clock of TTL level Gain Amplifier
Basic oscillation frequency range	0.5MHz to 5MHz (externally connected resistor) 5MHz max. (external clock)
Output	TTL level or ±5V (no load)
Supply voltage	±15V
Dimensions	54.4 x 33.7 x 9.4 (mm), 40 pins Dual-in-line packager

OP-102 OSCILLATOR ADAPTER

OP-102 can be combined with DT-212D series to enable implementation of sinewave oscillator with the frequency set by a 3-digit BCD input.

Oscillation frequency range

1Hz to 100kHz
Eternally connected components are necessary in 100Hz or lower

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