Model No: MAX24025IMP+T
Analog Devices Inc./Maxim Integrated MAX24025IMP+T
Manufacturer: Analog Devices Inc./Maxim Integrated
SEMICON NO.: MAX24025IMP+T
Package: BGA
Stock: In stock
Description: Laser Driver Quad 25 Gbps
SEMICON NO.: MAX24025IMP+T
Package: BGA
Stock: In stock
Description: Laser Driver Quad 25 Gbps
Quantity :
| Mfr | Analog Devices Inc./Maxim Integrated |
| Device Type | Quad 25 Gbps Laser Driver |
| Number of Channels | 4 (Quad) |
| Data Rate (Max) | 25 Gbps per channel |
| Type | Laser Driver IC |
| Supply Voltage | 1.8 V (Typical) |
| High Voltage Supply | 12 V |
| Total Power Capability | Up to 32 A |
| Input Voltage Range | Up to 32 V |
| Operating Temperature | - |
| Package | BGA |
| Mounting Type | Surface Mount |
| Compliance | RoHS Compliant |
The MAX24025IMP+T is a high-performance quad-channel laser driver developed by Maxim Integrated (ADI), designed specifically for high-speed optical communication systems and packaged in a compact fine-pitch BGA form factor. Supporting up to 25Gbps per channel data rate, this integrated laser driver features programmable modulation and bias current control, built-in current detection circuitry, and low-jitter high-speed signal transmission capability. It operates with low supply voltage and delivers excellent signal integrity for short-reach optical transceivers, covering a standard commercial temperature range. Optimized for mass production optical modules, it simplifies high-speed laser driving circuit design while ensuring stable VCSEL operation and reliable long-term optical signal transmission.
Key Features
● Quad independent laser driving channels support parallel high-speed transmission up to 25Gbps per lane for multi-channel optical modules.
● Fully programmable modulation current and bias current to adapt to different VCSEL laser specifications and optical power requirements.
● Integrated current monitoring and detection functions enable real-time operating status feedback and system fault diagnosis.
● Ultra-low jitter high-speed signal design minimizes signal distortion during high-frequency data transmission.
● Low power consumption design reduces overall module heat generation and improves equipment long-term stability.
FAQ
Q: Can MAX24025IMP+T adapt to different VCSEL lasers?
A: Yes, adjustable current parameters support most commercial VCSEL devices. Strict high-speed differential PCB layout and impedance matching are required to avoid signal attenuation and jitter degradation.
Alternative optical driver ic models
● MAX24020IMP+T: Dual-channel high-speed laser driver with identical 25Gbps rate and BGA package, suitable for dual-lane optical module designs.
● MAX3799ETJ+T: Multi-rate laser driver and limiting amplifier combo integrating transmit and receive functions for simplified optical front-end circuits.
● MAX24028IMP+T: Upgraded quad-channel laser driver with enhanced jitter performance for high-precision 25G optical communication systems.
Key Features
● Quad independent laser driving channels support parallel high-speed transmission up to 25Gbps per lane for multi-channel optical modules.
● Fully programmable modulation current and bias current to adapt to different VCSEL laser specifications and optical power requirements.
● Integrated current monitoring and detection functions enable real-time operating status feedback and system fault diagnosis.
● Ultra-low jitter high-speed signal design minimizes signal distortion during high-frequency data transmission.
● Low power consumption design reduces overall module heat generation and improves equipment long-term stability.
FAQ
Q: Can MAX24025IMP+T adapt to different VCSEL lasers?
A: Yes, adjustable current parameters support most commercial VCSEL devices. Strict high-speed differential PCB layout and impedance matching are required to avoid signal attenuation and jitter degradation.
Alternative optical driver ic models
● MAX24020IMP+T: Dual-channel high-speed laser driver with identical 25Gbps rate and BGA package, suitable for dual-lane optical module designs.
● MAX3799ETJ+T: Multi-rate laser driver and limiting amplifier combo integrating transmit and receive functions for simplified optical front-end circuits.
● MAX24028IMP+T: Upgraded quad-channel laser driver with enhanced jitter performance for high-precision 25G optical communication systems.
