0 Cel Fiber Optics - Receivers 19

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Part	Manufacturer	Fiber Optic Type	Mounting Feature	Maximum Supply Voltage	Terminal Finish	Maximum Operating Temperature	Emitter or Detector Type	Responsivity	Fiber Type	Connection Type	Nominal Supply Voltage	Body Length/Diameter	Body Width	Package Style (Meter)	Reception Type	Sub-Category	Body Height	Nominal Operating Wavelength	Minimum Supply Voltage	Minimum Operating Wavelength	Communication Standard	Maximum Operating Wavelength	Data Rate	Minimum Return Loss	Additional Features	JESD-609 Code	Built-in Features	Sensitivity Level
HFBR-2115TZ	Broadcom	RECEIVER	THROUGH HOLE MOUNT	5.5 V	Tin (Sn)	70 Cel	PIN PHOTODIODE		MMF	ST CONNECTOR	5 V		12.19 inch	DIP	DIGITAL	Fiber Optic Receivers	9.8 mm	1325 nm	4.5 V	1270 nm	ATM	1380 nm	100 Mbps		WB-MAX	e3	AMPLIFIER
HFBR-2119TZ	Broadcom	RECEIVER	THROUGH HOLE MOUNT	5.5 V	Tin (Sn)	70 Cel	PIN PHOTODIODE		MMF	ST CONNECTOR	5 V		12.19 inch	DIP	DIGITAL	Fiber Optic Receivers	9.8 mm	1325 nm	4.5 V	1270 nm	ATM	1380 nm			WB-MAX	e3	AMPLIFIER
HFBR-2515BZ	Broadcom	RECEIVER	THROUGH HOLE MOUNT	5.25 V	TIN	70 Cel	PIN PHOTODIODE		POF	ST CONNECTOR		12.5 mm	7.6 inch		DIGITAL	Fiber Optic Receivers		650 nm	4.75 V	640 nm		660 nm				e3
AFBR-785BEHZ	Broadcom	RECEIVER	PANEL MOUNT	2.625 V		80 Cel	PIN PHOTODIODE		MMF		2.5 V				DIGITAL	Fiber Optic Receivers		850 nm	2.375 V	830 nm		860 nm		12 dB	IT ALSO HAS SUPPLY VOLTAGE 3.135 TO 3.465 VOLTS AND REFERENCE STANDARDS-CENELEC, FCC, FDA, IEEE-P802.3AE, JESD22-A114-B, JESD22-A115-A		AMPLIFIER
AFBR-785BEPZ	Broadcom	RECEIVER	PANEL MOUNT	2.625 V		80 Cel	PIN PHOTODIODE		MMF		2.5 V				DIGITAL	Fiber Optic Receivers		850 nm	2.375 V	830 nm		860 nm		12 dB	IT ALSO HAS SUPPLY VOLTAGE 3.135 TO 3.465 VOLTS AND REFERENCE STANDARDS-CENELEC, FCC, FDA, IEEE-P802.3AE, JESD22-A114-B, JESD22-A115-A		AMPLIFIER
AFBR-785BEZ	Broadcom	RECEIVER	PANEL MOUNT	2.625 V		80 Cel	PIN PHOTODIODE		MMF		2.5 V				DIGITAL	Fiber Optic Receivers		850 nm	2.375 V	830 nm		860 nm		12 dB	IT ALSO HAS SUPPLY VOLTAGE 3.135 TO 3.465 VOLTS AND REFERENCE STANDARDS-CENELEC, FCC, FDA, IEEE-P802.3AE, JESD22-A114-B, JESD22-A115-A		AMPLIFIER
AFBR-785BHZ	Broadcom	RECEIVER	PANEL MOUNT	2.625 V		80 Cel	PIN PHOTODIODE		MMF		2.5 V				DIGITAL	Fiber Optic Receivers		850 nm	2.375 V	830 nm		860 nm		12 dB	IT ALSO HAS SUPPLY VOLTAGE 3.135 TO 3.465 VOLTS AND REFERENCE STANDARDS-CENELEC, FCC, FDA, IEEE-P802.3AE, JESD22-A114-B, JESD22-A115-A		AMPLIFIER
AFBR-2310Z	Broadcom	RECEIVER		3.465 V		85 Cel	PIN PHOTODIODE		SMF	FC CONNECTOR				TO-46	ANALOG	Fiber Optic Receivers		1310 nm		850 nm		1600 nm			IT ALSO HAS NOM-WAVELENGTH 1550 NM		AMPLIFIER
HFBR-782BEZ	Broadcom	RECEIVER	BOARD/PANEL MOUNT	3.465 V		80 Cel	PIN PHOTODIODE		50/125, MMF		3.3 V	34.12 mm	17.5 inch		DIGITAL	Fiber Optic Receivers	13.2 mm	850 nm	3.135 V	830 nm		860 nm	2720 Mbps	12 dB	10 X 10 ARRYA		AMPLIFIER	-15.5 dBm
HFBR-782BHZ	Broadcom	RECEIVER	BOARD/PANEL MOUNT	3.465 V		80 Cel	PIN PHOTODIODE		50/125, MMF		3.3 V	34.12 mm	17.5 inch		DIGITAL	Fiber Optic Receivers	7.56 mm	850 nm	3.135 V	830 nm		860 nm	2720 Mbps	12 dB	10 X 10 ARRYA		AMPLIFIER	-15.5 dBm
HFBR-782BZ	Broadcom	RECEIVER	BOARD/PANEL MOUNT	3.465 V		80 Cel	PIN PHOTODIODE		50/125, MMF		3.3 V	34.12 mm	17.5 inch		DIGITAL	Fiber Optic Receivers	12.9 mm	850 nm	3.135 V	830 nm		860 nm	2720 Mbps	12 dB	10 X 10 ARRYA		AMPLIFIER	-15.5 dBm
HFBR-2316TZ	Broadcom	RECEIVER	THROUGH HOLE MOUNT	5.25 V	TIN	70 Cel	LED		9/125, 50/125, 62.5/15, MMF, SMF	ST CONNECTOR, SC CONNECTOR	5 V	29.8 mm	12.6 inch	DIP	ANALOG	Fiber Optic Receivers	10.2 mm	1300 nm	4.75 V		OC-3, SONET		155 Mbps			e3	AMPLIFIER
HFBR-2526Z	Broadcom	RECEIVER	THROUGH HOLE MOUNT	5.25 V	MATTE TIN	70 Cel	PIN PHOTODIODE	3.9 A/W	HCS, POF		5 V	18.8 mm	10.2 inch		ANALOG	Fiber Optic Receivers	7.62 mm	650 nm	4.75 V	640 nm		660 nm	125 Mbps		IT HAS AC RESPONSIVITY 1 MM POF OF 3.9 MV/MICRO WATT, IT ALSO HAVE RECEIVER SENSITIVITY OF -28.5 DBM	e3	AMPLIFIER	-27.5 dBm
HFBR-2505CZ	Broadcom	RECEIVER	THROUGH HOLE MOUNT	5.25 V	TIN	70 Cel	PIN PHOTODIODE		POF	SMA CONNECTOR	5 V	16.1 mm	12.5 inch		DIGITAL	Fiber Optic Receivers		650 nm	4.75 V				2 Mbps			e3
AFBR-742BEHZ	Broadcom	RECEIVER	BOARD/PANEL MOUNT	3.465 V		80 Cel	PIN PHOTODIODE		50/125, MMF		3.3 V				DIGITAL	Fiber Optic Receivers		850 nm	3.135 V	830 nm		860 nm	2500 Mbps	12 dB	10 X 10 ARRYA		AMPLIFIER	-11.8 dBm
HFBR-2505AZ	Broadcom	RECEIVER	THROUGH HOLE MOUNT	5.25 V	TIN	70 Cel	PIN PHOTODIODE		POF	SMA CONNECTOR	5 V	16.1 mm	12.5 inch		DIGITAL	Fiber Optic Receivers		650 nm	4.75 V				10 Mbps			e3
HFBR-2533Z	Broadcom	RECEIVER	THROUGH HOLE MOUNT	5.5 V	MATTE TIN	70 Cel			POF		5 V	18.3 mm	7.62 inch	DIP	DIGITAL	Fiber Optic Receivers	18.8 mm	660 nm	4.5 V				.04 Mbps			e3
HFBR-2528Z	Broadcom	RECEIVER	THROUGH HOLE MOUNT	5.25 V	Matte Tin (Sn)	70 Cel	PIN PHOTODIODE		POF		5 V	18.8 mm	10.2 inch		DIGITAL	Fiber Optic Receivers	7.62 mm	649 nm	4.75 V	635 nm		662 nm	10 Mbps			e3	AMPLIFIER	-23 dBm
HFBR-2116TZ	Broadcom	RECEIVER	THROUGH HOLE MOUNT	5.5 V	Matte Tin (Sn)	70 Cel	PIN PHOTODIODE		62.5/125, MMF		5 V	41 mm	12.19 inch		DIGITAL	Fiber Optic Receivers	9.8 mm	1310 nm	4.5 V	1260 nm	OC-3, SONET	1360 nm	155 Mbps	12 dB		e3	AMPLIFIER

Fiber Optics - Receivers

Fiber optic receivers are electronic devices that are used in fiber optic communication systems to detect and convert optical signals into electrical signals. They are a critical component of fiber optic networks, enabling high-speed data transmission and processing over long distances.

Fiber optic receivers typically consist of a photodetector, an amplifier, and a demodulator. The photodetector detects the optical signal and converts it into an electrical signal. The amplifier amplifies the electrical signal, making it strong enough for further processing. The demodulator extracts the data from the electrical signal, enabling it to be decoded and processed by the receiving device.

There are different types of photodetectors used in fiber optic receivers, including PIN photodiodes, avalanche photodiodes, and photomultiplier tubes. These photodetectors convert the incoming optical signal into an electrical current, which is then amplified and demodulated.

Fiber optic receivers come in different configurations and designs, depending on the application and the required performance. They can be integrated into a fiber optic network or mounted in a separate enclosure, depending on the application and the space available.