HFD3023-500-BBA-RS

HFD3023-500-BBA-RS Datasheet

HFD3023-500 Series Fiber Optic TTL Detector

Part	Datasheet
HFD3023-500-BBA-RS	HFD3023-500-BBA-RS (pdf)

Related Parts	Information
HFD3023-500/ABA	HFD3023-500/ABA
HFD3023-500/ADA	HFD3023-500/ADA
HFD3023-500/AAA	HFD3023-500/AAA
HFD3023-500-BBA	HFD3023-500-BBA

PDF Datasheet Preview
HFD3023-500 Series Fiber Optic TTL Detector Fiber Optic Components The HFD3023-500 Series is a direct coupled optical receiver designed for use in short distance 850 nm fiber optic systems. The receiver contains a monolithic IC Integrated Circuit with an integral photodiode and amplification circuit, and an open collector Schottky output. The output allows it to be directly interfaced with standard TTL Transistor-Transistor Logic circuits. The HFD3023-500 Series converts the optical signal in a pointto-point data communications fiber optic link to a TTL output. The in photodiode with a in microlens to enhance the optics is mechanically centered within the TO46 package. Electrical isolation is important in obtaining the maximum performance. A µF bypass capacitor must be connected between Vcc and ground. This minimizes power supply noise, increasing the signal quality. Shielding can also reduce coupled noise through use of ground plane PCB, shielding around the device and shielding around the leads. Optical power from the fiber strikes the photodiode and is converted to electrical current. This current couples to the dc amplifier, which drives an open collector transistor output. The output, when connected to a pull up resistor, can interface to TTL loads. The electrical signal is the inverse of the input light signal. When light strikes the photodiode, the output is a low logic level. When no light strikes the photodiode, the output is a high logic level. Pulse Width Distortion PWD is an increase in the output pulse width for high level optical input . The typical performance curves illustrate how PWD varies with optical power, temperature and frequency. The amount of PWD that a given system can tolerate without an error due to a missing bit of information is dependent upon system considerations. The output of the HFD3023 will typically connect to the input of some form of a serial interface adaptor IC. The specifications for that IC govern the amount of PWD that can be tolerated in the system. The HFD3023-500 Series is the suggested replacement for Honeywell’s HFD3023-002 Series. FEATURES • Converts fiber optic signals to TTL digital outputs • Typical sensitivity 2 µW -27 dBm • High reliability • Hermetic package, TO46 • Integral microlens for efficient fiber coupling TYPICAL APPLICATIONS • Data communications • CCTV systems • Machine tools • Controls/drives • Packaging, converting and food processing machines HFD3023-500 Series ABSOLUTE MAXIMUM RATINGS Storage temp. -55 ºC to 125 ºC [-67 ºF to 257 ºF] Case operating temp. -40 ºC to 85 ºC [-40 ºF to 185 ºF] Lead solder temp. 260 ºC, 10 s Supply voltage RECOMMENDED OPERATING CONDITIONS Supply voltage V to V Optical input power 3 µW to 100 µW Optical signal pulse width <100 ns Optical signal edges <20 ns CAUTION PRODUCT DAMAGE The inherent design of this component causes it to be sensitive to electrostatic discharge ESD . To prevent ESD-induced damage and/or degradation to equipment, take normal ESD precautions when handling this product. Failure to comply with these instructions may result in product damage. ELECTRO-OPTICAL CHARACTERISTICS Case T = 25 ºC [77 ºF] Parameter Test Condition High level logic output voltage Low level logic output voltage Supply current 1 Pin < µW, RL = 560 Pin > 3 µW, RL = 560 Pin > 3 µW Supply current 2 Pin < µW Minimum input sensitivity λ = 850 nm into 100/140 µm optical fiber f = MHz, 50 % dc, PWD < 10% Response time 10 % - 90 %, Pin < 10 µW

PDF Datasheet Preview

HFD3023-500 Series Fiber Optic TTL Detector

Fiber Optic Components

The HFD3023-500 Series is a direct coupled optical receiver designed for use in short distance 850 nm fiber optic systems. The receiver contains a monolithic IC Integrated Circuit with an integral photodiode and amplification circuit, and an open collector Schottky output. The output allows it to be directly interfaced with standard TTL Transistor-Transistor Logic circuits.

The HFD3023-500 Series converts the optical signal in a pointto-point data communications fiber optic link to a TTL output. The in photodiode with a in microlens to enhance the optics is mechanically centered within the TO46 package.

Electrical isolation is important in obtaining the maximum performance. A µF bypass capacitor must be connected between Vcc and ground. This minimizes power supply noise, increasing the signal quality. Shielding can also reduce coupled noise through use of ground plane PCB, shielding around the device and shielding around the leads.

Optical power from the fiber strikes the photodiode and is converted to electrical current. This current couples to the dc amplifier, which drives an open collector transistor output. The output, when connected to a pull up resistor, can interface to TTL loads. The electrical signal is the inverse of the input light signal. When light strikes the photodiode, the output is a low logic level. When no light strikes the photodiode, the output is a high logic level.

Pulse Width Distortion PWD is an increase in the output pulse width for high level optical input . The typical performance curves illustrate how PWD varies with optical power, temperature and frequency. The amount of PWD that a given system can tolerate without an error due to a missing bit of information is dependent upon system considerations. The output of the HFD3023 will typically connect to the input of some form of a serial interface adaptor IC. The specifications for that IC govern the amount of PWD that can be tolerated in the system.

The HFD3023-500 Series is the suggested replacement for Honeywell’s HFD3023-002 Series.

FEATURES
• Converts fiber optic signals to TTL digital outputs
• Typical sensitivity 2 µW -27 dBm
• High reliability
• Hermetic package, TO46
• Integral microlens for efficient fiber coupling

TYPICAL APPLICATIONS
• Data communications
• CCTV systems
• Machine tools
• Controls/drives
• Packaging, converting and food processing machines

HFD3023-500 Series

ABSOLUTE MAXIMUM RATINGS

Storage temp.
-55 ºC to 125 ºC [-67 ºF to 257 ºF]

Case operating temp. -40 ºC to 85 ºC [-40 ºF to 185 ºF]

Lead solder temp.
260 ºC, 10 s

Supply voltage

RECOMMENDED OPERATING CONDITIONS

Supply voltage

V to V

Optical input power
3 µW to 100 µW

Optical signal pulse width
<100 ns

Optical signal edges
<20 ns

CAUTION

PRODUCT DAMAGE The inherent design of this component causes it to be sensitive to electrostatic discharge ESD . To prevent ESD-induced damage and/or degradation to equipment, take normal ESD precautions when handling this product. Failure to comply with these instructions may result in product damage.

ELECTRO-OPTICAL CHARACTERISTICS Case T = 25 ºC [77 ºF]

Parameter

Test Condition

High level logic output voltage Low level logic output voltage Supply current 1

Pin < µW, RL = 560 Pin > 3 µW, RL = 560 Pin > 3 µW

Supply current 2

Pin < µW

Minimum input sensitivity
λ = 850 nm into 100/140 µm optical fiber
f = MHz, 50 % dc, PWD < 10%

Response time
10 % - 90 %, Pin < 10 µW

Notice: we do not provide any warranties that information, datasheets, application notes, circuit diagrams, or software stored on this website are up-to-date or error free. The archived HFD3023-500-BBA-RS Datasheet file may be downloaded here without warranties.

Datasheet ID: HFD3023-500-BBA-RS 636457