VT75B-36.000V2-20-3.0/A1-CS datasheet, PDF

Datasheet> All Categories > Passive components> oscillator> VT75B-36.000V2-20-3.0/A1-CS

VT75B-36.000V2-20-3.0/A1-CS: DescriptionOscillator; CategoryPassive components oscillator; File Size247KB，2 Pages; ManufacturerChenjing Electronics

Download Datasheet Parametric View All

VT75B-36.000V2-20-3.0/A1-CS Overview

Oscillator

VT75B-36.000V2-20-3.0/A1-CS Parametric

Parameter Name	Attribute value
Maker	Chenjing Electronics
Reach Compliance Code	unknow

VT75B-36.000V2-20-3.0/A1-CS Preview

Download Datasheet

View All

Temperature Compensated

Crystal Oscillators

Type—T75A/T75B

SPECIFICATIONS

Frequency Range

Operating Temperature

Storage Temperature

Frequency Stability

Pulling Range

Frequency Stability

(Max):

Vs Supply Voltage (±5%)

change

Vs Load (±10%)

change

Vs Aging(/year)

Supply Voltage

(±5%

VDD

)

Supply Current (mA max):

10.000MHz≤F＜15.000MHz

15.000MHz≤F＜25.000MHz

25.000MHz≤F≤36.000MHz

1.5

2.0

2.5

0.8V

P-P

Min

10K

Ω//10pF

2 ms (Max)

5.0V

T75A

10.000MHz~36.000MHz

-10℃-60℃（Standard）

-55

℃

~+125

℃

T75B

See Order Option

±0.2ppm

±1.0ppm

2.8V

Output Level (Clipped sine)

Load

Start up time

Phase Noise @ 13.0MHz：

100Hz

1KHz

10KHz

-110 dBc/Hz

-130 dBc/Hz

-135 dBc/Hz

Frequency Stability vs Temperature Range

Stability (ppm)

Temper.(

℃

)

1.0 ppm

1.5 ppm

2.0 ppm

2.5 ppm

3.0 ppm

A0 = 0~+50

A07= 0~+70

A1=

-10~+60

A2=

-20~+70

A3= -30~+75

A4=-

40~+85

○：Available

○

※

※：Available

case by case

○

－：Not

available

○

Address: 2 Jiuxian Qiao Road, Chaoyang District, Beijing, China

Te l : 8 6 - 1 0 - 6 4 3 6 3 6 8 3 / 6 4 3 6 3 6 0 3

E-mail: chenjing@china707crystal.com

Post Box: Beijing 120

Post Code: 100015

Fax

：

86-10-64364523/64361376

We b S i t e

：

w w w. c h i n a 7 0 7 c r y s t a l . c o m

Recommended Resources

KBC-Ⅱ type programmable power circuit

Working circuit diagram b of voltage regulator 7

Strain gauge force measurement interface circuit

LA4550 power amplifier circuit

15-in-1 multi-coding single-chip remote control circuit

Fixed bias amplifier circuit

Transfer unused AM335X: [i=s]This post was last edited by lijing5384126 on 2016-3-30 15:59[/i] [b][color=#ff00][b]My EVB-335X is the most convenient to evaluate, cost-effective and most functional AM335X board. I chose the m...; lijing5384126 Buy&Sell

LM3S UART: Some time ago, I used UART to drive a Diwin screen when making a gadget. I used the GPIOPinTypeUART function when initializing UART in the program, but the result was always no phenomenon. The serial ...; jxndcl301 Microcontroller MCU

Reposted SOC development summary by Junlong (with examples): eeworldpostqq...; xiefei FPGA/CPLD

Has anyone used FPGA to intercept the on-demand signal in docsis set-top gateway?: Please help. Thank you...; talpha2002 FPGA/CPLD

Oscilloscope Probe Principles: Oscilloscope probe principle --- working principle of oscilloscope probe Oscilloscope probe is not only a piece of wire that determines the test signal to the input end of the oscilloscope, but also a...; shamoxue DIY/Open Source Hardware

MSP430 Graphical Development Method Based on LabVIEW: MSP430 MCU is a low-power 16-bit MCU from TI that everyone is familiar with, but it is usually developed using C language programming under CCS. Here we would like to introduce a new graphical MSP430 ...; kite Microcontroller MCU

Popular Components