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TI 11C91DMQB

آر اف (فرکانس رادیویی) و بی‌سیم سایر آی سی‌ و ماژول‌های آر اف

TI 11C91DMQB

Manufacturer TI
Mfr. Part Number 11C91DMQB
Electland Part Code 277807
Electland Part Number NYE_11C91DMQB
Category RF Misc ICs and Modules
Description RF IC Prescaler General Purpose 650MHz 650MHz Prescalers 16-CDIP
Datasheet Download

Product Attributes

Category RF and Wireless RF Misc ICs and Modules
function Prescaler
Frequency 650MHz
RF Type General Purpose
Secondary Attributes 650MHz Prescalers
Mounting Type Through Hole
Package / Case 16-CDIP (0.300", 7.62mm)
Supplier Device Package 16-CDIP
Applications General Purpose
Packaging CDIP-16
Tariff Active False
ReachStatus REACH not applicable
RohsStatus RoHS non-compliant
MoistureSensitivityLevel 3 (168 Hours)
ExportControlClassNumber PENDING ECCN
HtsusCode 0000.00.0000
Weight 0.5g

Introduction

The 11C91 is a high-speed prescaler designed specifically for communication and instrumentation applications. The 11C91 will divide by 5 or 6. The division ratio is controlled by the Mode Control. The divide by 5 or 6 capability allows the use of pulse swallowing techniques to control high-speed counting modulos by lower-speed circuits. The 11C91 may be used with either ECL or TTL power supplies. In addition to the ECL outputs Q and Q, the 11C91 contains an ECL-to-TTL converter and a TTL output. The TTL output operates from the same VCC and VEE levels as the counter, but a separate pin is used for the TTL circuit VEE. This minimizes noise coupling when the TTL output switches and also allows power consumption to be reduced by leaving the separate VEE pin open if the TTL output is not used. To facilitate capacitive coupling of the clock signal, a 400 ohm resistor (VREF) is connected internally to the VBB reference. Connecting this resistor to the Clock Pulse input (CP) automatically centers the input about the switching threshold. Maximum frequency operation is achieved with a 50% duty cycle. Each of the Mode Control inputs is connected to an internal 2k ohm resistor with the other end uncommitted (RM1 and RM2). An M input can be driven from a TTL circuit operating from the same VCC by connecting the free end of the associated 2k ohm resistor to VCCA. When an M input is driven from the ECL circuit, the 2k ohm resistor can be left open or, if required, can be connected to VEE to act as a pull-down resistor.

In-Stock Suppliers

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1+$10.122,809,860 تومان
200+$3.921,088,400 تومان
500+$3.781,049,530 تومان
1000+$3.711,030,100 تومان

Qty in reel: 25pcs/reel