1567nm DFB Butterfly Laser Diode

Table of Contents

1. Introduction of the 1567nm DFB Butterfly Laser Diode

2. Technical Specifications

3. Product Features

4. Typical Applications

5. Product details

6. Ordering Information

7. Datasheet and testsheet

8. Terms of quote and payment

9. Lead time

10. Operation Notes

11. Quality Assurance and After-Sales Service

Product Introduction

1567nm DFB butterfly laser diode with a multi-quantum well DFB structure and 14-pin butterfly package. It integrates TEC and thermistor, supports SMF 28e single mode or polarization maintaining fiber output, with typical 10mW output power, operating temperature -20~+70℃, RoHS compliant. Note ESD protection, and do not exceed absolute maximum ratings.

Product Specifications

Product Features

● Multi-Quantum Well (MQW) Distributed Feedback(DFB) lasers;

● Fiber type can be SMF-28e or PM fiber;

● 14-pin butterfly package with high stability;

● Stable 10mW output, high SMSR and good optical isolation.

Product Applications

● Optical fiber sensor;

● Light source;

● Carbon monoxide CO gas sensing;

● Medium & long-haul fiber communication and testing systems.

1. Product Details-1567nm DFB Butterfly Laser Diode

Typical spectrum: 1567nm, +/-1nm WL tolerance.

● Package drawing&PIN-OUT Definition(Unit:mm)-1567nm DFB Butterfly Laser Diode

>>>Type1 pin-out

>>>Type2 pin-out

Ordering information

eg: BFLD-1567-10SM-FA

(Order information: 1567nm DFB Butterfly Laser Diode, 14-pin butterfly package, 10mW output power, with SM fiber, FC/APC connector, type1 pin-out).

Datasheet and Testsheet

Datasheet

Testsheet

Terms of quote and payment

● Terms of quote

(1) EXW:

If you have a DHL/ UPS/ FedEx account, Box Optronics suggest using the EXW. We ship via your account; we don't charge the shipping cost.

(2) DAP:

If you don't have an account, please prepay the shipping cost for the products.

● Terms of payment

PayPal and T/T are available.

Lead time

It takes around 10 working days for production. (If there are some in stock, it will be faster shipped.)

The international logistics might take 3-5 working days.

Operation Notes

● When operating, this device emits a high-intensity laser beam; do not look directly into the fiber end face, as doing so may cause eye injury.

● This device is electrostatic-sensitive; therefore, strict adherence to anti-static protection measures is required during packaging, transportation, and usage. Additionally, precautions must be taken to prevent power supply surges, as failure to do so may result in permanent damage to the device (e.g., ensuring proper equipment grounding and wearing an anti-static wrist strap).

● Optical fibers are fragile; do not use the fiber to pull the device. When inserting or removing a device from its socket, do not apply pressure to or pull on the sleeve located at the rear of the device housing. For devices equipped with connectors, ensure that both the device and the fiber connector are lifted simultaneously during installation or removal.

● If the pins require soldering, the soldering temperature must not exceed 260°C, and the soldering time must not exceed 10 seconds. Particular attention must be paid to the following: during the soldering process, the device must be in an unpowered state, and the soldering iron must be properly grounded.

● Before powering up all components, first activate the cooler, and then proceed with incremental power-up steps to prevent chip overheating and overload.

2. Quality Assurance and After-Sales Service-1567nm DFB Butterfly Laser Diode

● Warranty Period:

Free repair or replacement for non-human-induced defects within 1 year from purchase. Paid maintenance services available after 1 year.

● Exclusions from Free Warranty:

During the free warranty period, free repair or replacement services will be provided for faults caused by product quality issues. However, Box Optronics retains the right to refuse free repair services in the following cases within the warranty period:

(1) Damage caused by natural factors (e.g., lightning, dust) or environmental influences.

(2) Malfunctions due to improper operation by the user.

(3) Obvious physical damage caused by human error.

(4) Unauthorized disassembly, modification, or repair.

(5) Altered or incomplete warranty labels on the housing.

(6) Damage or loss during transportation.