-
Supplier: KRYTAR, Inc.
Description: KRYTAR has developed a line of Bias Tees offering ultra-broadband control solutions with coverage of multiple microwave bands, from 0.5 to 40 GHz. KRYTAR Bias Tees are the ideal choice for powering remote control of pre-amplifiers or low-noise amplifiers (LNAs) in
- Connector Type: SMA
- DC Current: 1500 milliamps
- DC Voltage: 50 volts
- Frequency Range: 1.5 to 26.5 GHz
-
Supplier: KRYTAR, Inc.
Description: KRYTAR has developed a line of Bias Tees offering ultra-broadband control solutions with coverage of multiple microwave bands, from 0.5 to 40 GHz. KRYTAR Bias Tees are the ideal choice for powering remote control of pre-amplifiers or low-noise amplifiers (LNAs) in
- Connector Type: SMA
- DC Current: 1500 milliamps
- DC Voltage: 50 volts
- Frequency Range: 6 to 20 GHz
-
Supplier: KRYTAR, Inc.
Description: KRYTAR has developed a line of Bias Tees offering ultra-broadband control solutions with coverage of multiple microwave bands, from 0.5 to 40 GHz. KRYTAR Bias Tees are the ideal choice for powering remote control of pre-amplifiers or low-noise amplifiers (LNAs) in
- Connector Type: SMA
- DC Current: 1300 milliamps
- DC Voltage: 50 volts
- Frequency Range: 0.5000 to 4 GHz
-
-
Supplier: KRYTAR, Inc.
Description: KRYTAR has developed a line of Bias Tees offering ultra-broadband control solutions with coverage of multiple microwave bands, from 0.5 to 40 GHz. KRYTAR Bias Tees are the ideal choice for powering remote control of pre-amplifiers or low-noise amplifiers (LNAs) in
- Connector Type: SMA
- DC Current: 1500 milliamps
- DC Voltage: 50 volts
- Frequency Range: 2 to 18 GHz
-
Supplier: Picosecond Pulse Labs, Inc.
Description: Advantage: The Model 5546 Bias Tee is a high performance biasing network with 7 GHz bandwidth and a very small low-frequency cutoff. It is capable of handling 50 V and 500 mA current levels.Description: This is a broadband coaxial bias insertion tee and DC
- Connector Type: SMA
- DC Current: 500 milliamps
- DC Voltage: 50 volts
- Frequency Range: 3.50E-6 to 7 GHz
-
Supplier: Picosecond Pulse Labs, Inc.
Description: The Picosecond Advantage: Our Model 5547 Bias Tee is a high performance biasing network with a 15 GHz frequency response. It is capable of handling 50 V and 500 mA current levels.Description: This is a broadband, coaxial bias insertion tee and DC blocking
- Connector Type: SMA
- DC Current: 500 milliamps
- DC Voltage: 50 volts
- Frequency Range: 5.00E-6 to 15 GHz
-
Supplier: Picosecond Pulse Labs, Inc.
Description: -performance systems General purpose lab use The Picosecond Advantage: Excellent broadband performance.Description: The Model 5543 is an ultra-broadband, coaxial bias insertion tee and DC blocking capacitor that passes ultra-fast pulses with very low waveform distortion. Its
- Connector Type: 2.4 mm, 2.92 mm
- DC Current: 500 milliamps
- DC Voltage: 100 volts
- Frequency Range: 2.00E-5 to 50 GHz
-
Supplier: Picosecond Pulse Labs, Inc.
Description: Advantage: This is a high performance biasing network with a 15 GHz frequency response. It exhibits excellent transient response characteristics for pulses with very short transition times.Description: Our Model 5580 is a broadband coaxial bias insertion tee and DC
- Connector Type: SMA
- DC Current: 1000 to 2000 milliamps
- DC Voltage: 50 volts
- Frequency Range: 1.00E-5 to 15 GHz
-
Supplier: Marki Microwave LLC
Description: -of-use when compared to cumbersome self-made bias tees employing off-the-shelf conical inductors. The extremely low cutoff and resonance free operation makes the BTN-0040 suitable for biasing amplifiers, lasers, and modulators driven with high frequency data
- Frequency Range: 4.00E-5 to 40 GHz
-
Supplier: Marki Microwave LLC
Description: -of-use when compared to cumbersome self-made bias tees employing off-the-shelf conical inductors. The extremely low cutoff and resonance free operation makes the BTN-0065 suitable for biasing amplifiers, lasers, and modulators driven with high frequency data
- Frequency Range: 4.00E-5 to 65 GHz
-
Supplier: Marki Microwave LLC
Description: -of-use when compared to cumbersome self-made bias tees employing off-the-shelf conical inductors. The extremely low cutoff and resonance free operation makes the BT-0065 suitable for biasing amplifiers, lasers, and modulators driven with high frequency data
- Frequency Range: 4.00E-6 to 65 GHz
-
Supplier: Marki Microwave LLC
Description: -of-use when compared to cumbersome self-made bias tees employing off-the-shelf conical inductors. The extremely low cutoff and resonance free operation makes the BT-0025 suitable for biasing amplifiers, lasers, and modulators driven with high frequency data
- Frequency Range: 4.00E-5 to 25 GHz
-
Supplier: Fairview Microwave Inc.
Description: 700 mA. Our high and low frequency bias tee with SMA connector is designed with a maximum VSWR of 1.6:1 and a RF to bias isolation minimum of 40 dB. Additional RF specs for this Fairview Microwave component can be found on the bias tee datasheet
- Connector Type: SMA
- DC Current: 700 milliamps
- DC Voltage: 50 volts
- Frequency Range: 0.5000 to 10 GHz
-
Supplier: Fairview Microwave Inc.
Description: 3,000 mA. Our high and low frequency bias tee with SMA connector is designed with a maximum VSWR of 1.5:1 and a RF to bias isolation minimum of 25 dB. Additional RF specs for this Fairview Microwave component can be found on the bias tee datasheet
- Connector Type: SMA
- DC Current: 3000 milliamps
- DC Voltage: 50 volts
- Frequency Range: 0.0100 to 3 GHz
-
Supplier: Fairview Microwave Inc.
Description: . current of 1,000 mA. Our high and low frequency bias tee with N connector is designed with a maximum VSWR of 1.2:1. Additional RF specs for this Fairview Microwave component can be found on the bias tee datasheet specifications PDF above. Our coaxial
- Connector Type: Type N
- DC Current: 1000 milliamps
- DC Voltage: 72 volts
- Frequency Range: 0.0100 to 3 GHz
-
Supplier: Fairview Microwave Inc.
Description: ,000 mA. Our high and low frequency bias tee with N connector is designed with a maximum VSWR of 1.2:1. Additional RF specs for this Fairview Microwave component can be found on the bias tee datasheet specifications PDF above. Our coaxial broadband
- Connector Type: Type N
- DC Current: 1000 milliamps
- DC Voltage: 72 volts
- Frequency Range: 0.0100 to 3 GHz
-
Supplier: Richardson RFPD
Description: Integrated Bias Network 2-18 GHz. The MABT-011000 is a fully monolithic broadband surface mount bias network utilizing MACOM’s patented HMIC process. This process allows the formation of silicon vias by imbedding them in low loss, low dispersion glass along with high Q
- DC Current: 60000 milliamps
- DC Voltage: 50 volts
- Frequency Range: 2 to 18 GHz
- Insertion Loss: 0.1500 dB
-
Supplier: Richardson RFPD
Description: ATC, the industry leader, is introducing the new 506WLC Series High Frequency Ultra-Broadband Inductor (UBL). This unique component (patent pending) provides low insertion loss and excellent match over multiple octaves of frequency spectrum. The 506WLC is ideal for
- DCR: 0.0014 ohms
- Inductance Range: 2 microH
- Lead Type: Flying Leads
- Rated DC Current: 250 milliamps
-
Supplier: Richardson RFPD
Description: Dual Diode - Series Pair (Tee) Configuration: The MA4E2514 SURMOUNT™ Diode Tee Series are Silicon Low, and Medium Barrier Schottky Devices fabricated with the patented Heterolithic Microwave Integrated Circuit (HMIC) process. HMIC Circuits consist of Silicon pedestals which form
- Diode Type: Schottky Barrier Diodes, RF Diodes
-
Supplier: Richardson RFPD
Description: Dual Diode - Reverse Series Pair (Reverse Tee) Configuration: The MA4E2513L-1289 SURMOUNT™ Diodes are Silicon Low Barrier Schottky Devices fabricated with the patented Heterolithic Microwave Integrated Circuit (HMIC) process. HMIC circuits consist of Silicon pedestals which form diodes
- Diode Type: Schottky Barrier Diodes, RF Diodes
-
Supplier: ValueTronics International, Inc.
Description: sweep speeds, wide dynamic range, low trace noise and flexible connectivity. The Agilent E8357A, Vector Network Analyzer, provides TRL/LRM calibration (four-receiver enabled) for in-fixture and on-wafer devices, standard bias-tees for active devices and standard direct receiver access
- Frequency Range: 6.00E6 kHz
-
Supplier: RS Components, Ltd.
Description: Bm,Full 2-port 2-path S-parameter measurement (S11, S21, S12, S22) in a variety of formats. Complete vector network analysis capability with Tektronix VectorVu-PCâ?¢ software. Built-in bias tee accessible on both ports to bias active devices. Application programming interface
-
Supplier: RS Components, Ltd.
Description: Bm,Full 2-port 2-path S-parameter measurement (S11, S21, S12, S22) in a variety of formats. Complete vector network analysis capability with Tektronix VectorVu-PCâ?¢ software. Built-in bias tee accessible on both ports to bias active devices. Application programming interface
-
Supplier: RS Components, Ltd.
Description: Bm,Full 2-port 2-path S-parameter measurement (S11, S21, S12, S22) in a variety of formats. Complete vector network analysis capability with Tektronix VectorVu-PCâ?¢ software. Built-in bias tee accessible on both ports to bias active devices. Application programming interface
-
Supplier: ValueTronics International, Inc.
Description: , on-wafer, and in-fixture devices. Source attenuators, bias-tees and direct receiver access are optionally available for active device and extended dynamic range measurements.
- Frequency Range: 2.00E7 kHz
-
Supplier: ValueTronics International, Inc.
Description: Measurement Touchscreen Calibration: OSL, InstaCal, and FlexCal Bias Tee: 32 V internal The S332E Site Master does all this by combining a cable and antenna analyzer with a spectrum analyzer into a single integrated device while delivering the ease of use, rich
- Frequency Range: 4.00E6 kHz
Find Suppliers by Category Top
Featured Products Top
-
a line of Bias Tees offering ultra-broadband control solutions with coverage of multiple microwave bands, from 0.5 to 40 GHz. KRYTAR Bias Tees are the ideal choice for powering remote control of pre-amplifiers or low (read more)
Browse RF Power Detectors Datasheets for KRYTAR, Inc. -
Looking for dependable DC control across a broad frequency range? KRYTAR’s Bias Tees cover multiple microwave bands, from 0.5 to 40 GHz, and are built to keep up with the toughest RF demands. Their rugged stripline design handles high current and power with confidence, perfect for feeding low-noise amplifiers, powering pre-amps, or supporting remote antenna setups. (read more)
Browse Bias Tees Datasheets for KRYTAR, Inc. -
The BTM-0026PSM features low 0.43dB insertion loss and superior isolation over a broad 10 MHz to 26GHz bandwidth. Its design and layout are optimized for smooth, resonance-free response. Performance of each unit is well characterized on the datasheet and in the de-embedded S-parameters and verified with production RF testing. Available in a 2.25 x 3.7 mm surface mount package. (read more)
Browse Bias Tees Datasheets for Marki Microwave LLC -
increased quiescent current and, therefore, result in a reduced battery lifetime. What are the principal types or categories of Low Dropout (LDO) regulators? Fixed Output - Voltage is preset (3.3V/5V). Output Trim - Adjustable by external Resistors. Ultra-Low Noise - Ideal for audio and RF frequency circuitry. Low Quiescent Current (Iq): Great for battery applications. (read more)
Browse General Purpose Diodes Datasheets for ODG (Origin Data Global) -
They include low barrier diodes and zero-bias detectors that combine Skyworks advanced semiconductor technology with low-cost packaging techniques. All diodes are 100 percent DC tested and deliver tight parameter distribution, which minimizes performance variability (read more)
Browse Diodes Datasheets for Skyworks Solutions, Inc. -
requiring time domain analysis. Option 2 enables functionalities like real-time bandpass and lowpass time domain analysis, while option 22 equips the VNA with file-based signal integrity (SI) tools for debugging and model validation. Bias Tee for Specific Devices (Option 61 - 8.5 GHz models only (read more)
Browse Vector Network Analyzers Datasheets for Anritsu Company -
Couplers offer wide frequency coverage in single, compact packages which provide low insertion loss, high directivity and tight coupling. These hybrid couplers offer simple solutions in many applications within those frequency bands including electronic warfare (EW), commercial wireless (read more)
Browse RF Couplers Datasheets for KRYTAR, Inc. -
TDR-like display, visualizing real impedance over distance or time. Option 22 equips the VNA with file-based signal integrity (SI) tools for troubleshooting multiport SI issues and validating circuit models. Bias Tee for Specific Devices (Option 61 - 8.5 GHz models only): The 8.5 GHz ShockLine MS (read more)
Browse Vector Network Analyzers Datasheets for Anritsu Company -
applications where power or frequency needs to be monitored, leveled, alarmed or controlled. These hybrid couplers are four-port components with dual input and output ports. KRYTAR hybrid couplers offer wideband frequency coverage in single, compact packages, which provide low insertion loss, high (read more)
Browse RF Couplers Datasheets for KRYTAR, Inc. -
applications where power or frequency needs to be monitored, leveled, alarmed or controlled. these hybrid couplers are four-port components with dual input and output ports. KRYTAR hybrid couplers offer wideband frequency coverage in single, compact packages, which provide low insertion loss (read more)
Browse RF Couplers Datasheets for KRYTAR, Inc.
More Information Top
Indicates content that may require registration and/or purchase.
-
Measuring and modeling low frequency dispersion in GaAs MESFETs
Magnitude of S11 on Low Frequency Bias Tees Input power to RF port, "A"sensed at RF port Bias at 0.0v, and DUT port with open termination .
-
Broadband Dielectric Spectroscopy of Ruddlesden-Popper
Sr$_{n+1}$Ti$_{n}$O$_{3n+1}$ ($n$ = 1, 2, 3) Thin Films
Corresponding biased measurements on two IDCs, ℓ = {0.1 mm, 2.9 mm}, were accomplished using low frequency bias tees , where the bias voltage was applied between the interdigitated fingers of the IDCs.
-
Influence of envelope impedance termination on RF behaviour of GaN HEMT power devices
A combination of high- and low frequency bias tees is used to separate the low frequency signal from the DC and RF signal.
-
Power amplifier characterization: an active load-pull system based on six-port reflectometer using complex modulated carrier
High and low frequency bias - Tees are inserted at both ports of transistors in order to control source and load impedances at the base-band (envelope) frequency.
-
NMDG NV
The NM500 low-frequency large-signal network analyser (LSNA) is a combination of sensing modules and test set with integrated low - frequency bias tees , aimed at the accurate characterisation of the low-frequency voltage and current in time- and frequency-domain, possibly…
-
Network / Analyzers
The NM500 low-frequency large-signal network analyser (LSNA) is a combination of sensing modules and test set with integrated low - frequency bias tees , aimed at the accurate characterisation of the low-frequency voltage and current in time- and frequency-domain, possibly…
-
NMDG NV
The NM500 low-frequency large-signal network analyser (LSNA) is a combination of sensing modules and test set with integrated low - frequency bias tees , aimed at the accurate characterisation of the low-frequency voltage and current in time- and frequency-domain, possibly…
-
Network Analyzers / Signal
The NM500 low-frequency large-signal network analyser (LSNA) is a combination of sensing modules and test set with integrated low - frequency bias tees , aimed at the accurate characterisation of the low-frequency voltage and current in time- and frequency-domain, possibly…
-
NMDG NV
The NM500 low-frequency large-signal network analyser (LSNA) is a combination of sensing modules and test set with integrated low - frequency bias tees , aimed at the accurate characterisation of the low-frequency voltage and current in time- and frequency-domain, possibly…
-
Network Analyzers / Current
The NM500 low-frequency large-signal network analyser (LSNA) is a combination of sensing modules and test set with integrated low - frequency bias tees , aimed at the accurate characterisation of the low-frequency voltage and current in time- and frequency-domain, possibly…