MC100EL51DG Overview

The item is packaged in 8-SOIC (0.154, 3.90mm Width)cases. D flip flop is embedded in the Tube package. T flip flop is configured with an output of Differential. It is configured with the trigger Positive, Negative. In this case, the electronic component is mounted in the way of Surface Mount. The JK flip flop operates with an input voltage of -4.2V~-5.7V volts. The operating temperature is -40°C~85°C TA. The type of this D latch is D-Type. In FPGA terms, D flip flop is a type of 100ELseries FPGA. In order for it to function properly, its output frequency should not exceed 2.8GHz. T flip flop consumes 29mA quiescent energy. The number of terminations is 8. D latch belongs to the 100EL51 family. The power supply voltage is 5V. Electronic part Surface Mountis mounted in the way. It is designed with 8 pins. Edge triggering is a type of triggering that allows a circuit to become active at the positive edge or the negative edge of the clock signal. The clock edge trigger type of this device is Positive Edge. This part is included in FF/Latches. An electronic part designed with 1bits is used in this application. It reaches the maximum supply voltage (Vsup) at 5.7V. The supply voltage (Vsup) should be kept above 4.2V for normal operation. Using 1 circuits, it is highly flexible. Due to its reliability, this T flip flop is well suited for RAIL. A total of -4.5V power supplies are needed to run it. Its output current of 50mAallows for maximum design flexibility. Additionally, you may refer to the additional NECL MODE: VCC = 0V WITH VEE = -4.2V TO -5.7V of the electronic flip flop. 50mAis set as the high level output current. There is 50mA output current at the low level.

MC100EL51DG Features

Tube package
100EL series
8 pins
1 Bits
-4.5V power supplies

MC100EL51DG Applications

There are a lot of ON Semiconductor MC100EL51DG Flip Flops applications.

• Power down protection
• Asynchronous counter
• Functionally equivalent to the MC10/100EL29
• Shift registers
• Load Control
• Digital electronics systems
• Pattern generators
• Memory
• Latch-up performance
• Frequency Divider circuits