Home > Industry Information > MC100EP195FAG: High-Performance Programmable Latency Chip
The MC100EP195FAG is a high-speed differential clock distributor launched by ON Semiconductor, specifically designed for high-precision timing systems.
This chip is based on ECL (Emitters Coupled Logic) technology and supports ultra-low jitter clock allocation. It is widely used in fields such as communication equipment,
data centers and test instruments. Its core advantages include ultra-high-speed transmission, low phase noise and multi-channel output, which can meet the strict timing synchronization requirements.
1. Ultra-high-speed performance
· Supports data rates up to 3.2Gbps and is suitable for high-speed serial communication (such as 10G Ethernet, PCIe Gen3).
The transmission delay is only 200ps (typical value), ensuring the accuracy of signal synchronization.
2. Low jitter and low phase noise
The RMS jitter is less than 0.5ps (in the 12kHz to 20MHz frequency band), significantly improving the signal integrity of the system.
· Phase noise: -150 DBC/HZ@100 KHZ offset (1GHz clock).
3. Multi-channel differential output
It provides 4-channel differential output (LVPECL/CML compatible) and supports 1:4 clock allocation.
Each output channel can be independently controlled, offering high flexibility.
4. Wide power supply voltage range
·3.3V single power supply, compatible with mainstream industrial standards.
Supports an industrial-grade temperature range of -40°C to +85°C.
5. High anti-interference ability
Differential input/output design to suppress common-mode noise.
Passed the IEC 61000-4-3 radiation immunity test.
· Typical value: Greater than 1.2 gigahertz.
·PECL mode: VCC=3.0 volts to 3.6 volts, VEE=0 volts.
·NECL mode: VCC=0 volts, VEE=-3.0 volts to -3.6 volts.
Encapsulation type
LQFP-32: Lead-free package, suitable for surface mount technology.
·5G base station clock allocation: Achieve synchronous triggering of multi-channel RF units.
· Optical module timing control: Ensure precise timing of data transmission.
· High-speed switch clock tree: Supports 100G/400G Ethernet link synchronization.
· Storage device timing management: Optimize the performance of NVMe SSD arrays.
3. Testing and measuring instruments
· Multi-channel synchronization of oscilloscopes: Enhance sampling accuracy.
·ATE device clock distribution: Reduce test errors.
· High-precision motion control: For synchronous timing of multi-axis servo drivers
The MC100EP195FAG, with its high-precision delay adjustment capability, flexible input level control, cascading function and temperature compensation features,
is an ideal choice for clock de-skew and timing adjustment applications. Whether used in high-speed communication systems, precision instruments or complex electronic devices,
the MC100EP195FAG can provide stable and reliable performance
Industry Information
