MC10EL16DT

The MC10EL16DT is a differential emitter-coupled logic (ECL) receiver manufactured by ON Semiconductor. It's designed for high-speed digital signal processing and communication applications. Let's delve into its features, specifications, and applications:

**MC10EL16DT Overview:**

The MC10EL16DT is a dual-channel ECL receiver designed to provide fast and reliable signal reception and conversion in high-speed digital systems.

**Key Features:**

1. **Differential Input:** The receiver is equipped to handle differential input signals, making it suitable for applications demanding noise immunity and common-mode rejection.

2. **High-Speed Operation:** Engineered for high-speed signal processing, the MC10EL16DT is apt for tasks requiring rapid data communication and processing.

3. **Wide Voltage Range:** The receiver can operate within a broad power supply voltage range, offering flexibility in system design and power management.

4. **ECL Compatibility:** The device is designed to work with emitter-coupled logic (ECL) signal levels, enabling seamless integration into ECL-based digital systems.

5. **Low Output Skew:** With low output skew, the receiver ensures accurate timing alignment in applications that necessitate synchronized data transmission.

6. **Differential Outputs:** The MC10EL16DT delivers complementary differential outputs, simplifying integration with other ECL logic circuits.

7. **Robust Design:** Built to withstand challenging environments, the device is engineered to maintain signal integrity in high-speed applications.

**Specifications (Typical Values):**

- Operating Supply Voltage: -4.2 V to -5.5 V

- Differential Input Voltage Range: ±50 mV

- Maximum Input Data Rate: Up to 3.5 Gbps

- Output Skew: 20 ps (typical)

- Propagation Delay: 200 ps (typical)

- Differential Output Voltage Swing: 1800 mV (typical)

- Input Current: ±5 mA (typical)

**Applications:**

1. **High-Speed Data Communication:** The MC10EL16DT is a reliable choice for high-speed communication systems, including optical networks, where rapid data transmission and reception are critical.

2. **Clock Recovery:** It can be integrated into clock recovery circuits, extracting clock signals from data streams in communication systems.

3. **Data Networking:** The device finds utility in high-speed data networking applications, such as routers, switches, and data center equipment.

4. **Digital Signal Processing:** The MC10EL16DT can be part of digital signal processing systems requiring quick data acquisition and conversion.

5. **Test and Measurement Equipment:** It is used in test and measurement tools requiring precise timing and rapid signal acquisition.

6. **High-Speed Data Receivers:** Suitable for systems needing high-speed data reception, such as radar systems and satellite communication.

7. **High-Performance Computing:** Can be used in applications demanding fast data processing and communication, like supercomputing.

8. **Fiber Optic Communication:** The device can contribute to fiber optic communication systems that need swift signal reception and conversion.

9. **Wireless Infrastructure:** It's a candidate for wireless infrastructure applications, including base stations and access points, necessitating speedy signal processing.

The MC10EL16DT datasheet, provided by ON Semiconductor, offers in-depth technical details, operating conditions, application insights, and example circuits to guide effective integration into specific applications.