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DETECTORS/LIMITERS
Detectors can be designed to operate over very broad frequencies
of 0.2 – 18.0 GHz in packaged types including drop-in and SMA input
and output coaxial connectors.
Our experienced engineers and draftsmen possess the knowledge and experience
to aid in the design and manufacturing to complete projects cost effectively.
We can provide you with documentation, drawings, prototypes as well
as full production runs.
Frequency range: 0.125 GHz to 40 GHz
Configurations
include:
Zero Biased Schottky
Schottky Detectors 0.5 to 40.0 GHz
Tunnel Detectors
Biased Schottky
Limiter Detectors 0.5 to 40.0 GHz
Tunnel Diode Back Detectors 0.5 to 18.0 GHz
RF Limiter |
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Advantages
to System Designers
Excellent Electrical Performance
Excellent Frequency Flatness and Temperature Stability
High Sensitivity and Performance
Wide Dynamic Ranges
Unique Construction |
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Limiter Detectors 0.5 to 40 GHz
The Microphase CDL Series Limiter Detectors are very broadband,
biased, high sensitivity detectors with integral limiters, providing
+23 to +25 dBm extra burnout margin for use in receivers. These
units have built-in RF limiters, which prevent high power CW,
and RF pulse damage to the RF detector circuit, normally operated
with 100 microamps of bias.
ADVANTAGES: The Microphase-designed and engineered CDL Series
Limiter Detectors feature all-silicon semiconductor circuits housed
in hermetically sealed modules. Standard models are supplied with
integral DC returns and male SMA input, female SMA output connectors.
Custom modifications include: wider or narrower RF bandwidths,
tracked pairs or sets, higher power handling and special connector
configurations. Receive excellent electrical performance, environmental
stability and mechanical reliability. These units can be adapted
for custom configurations. Compact and very rugged, all products are 100% reliability screened, and readily available.
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Schottky Detectors 0.5 to 40.0 GHz
The CSM, CST, & CSP Series Schottky Detectors provide a comprehensive
line of detectors covering most applications. These three AC coupled
biased Schottky Detector designs may be optimized for frequency
range, voltage sensitivity, flatness, or VSWR parameters. The CSM
Series provides a very broadband, high voltage sensitivity, and
good flatness response, with a low video impedance of 350 Ω at
150 microamps of bias. The CST series provides very high voltage
sensitivity,
good VSWR at both low and high input power levels and excellent
flatness response. The video impedance is 650 Ω, typically, at 100
microamps of bias. The CSP series offers low VSWR response at both
low and high input power levels over broadbands, exceptional flatness
response, but with the performance trade off of lower voltage sensitivities
when compared to the CSM and CST. The video impedance is 350 Ω,
typically at 150 microamps of bias.
ADVANTAGES: Microphase-designed and engineered CSM, CST & CSP
Series Detectors may be optimized for particular performance parameters
such as bandwidth, sensitivity or VSWR. Compact and very rugged,
these detectors utilize sealed glass module construction and provide
excellent frequency flatness. This series provides excellent electrical
performance, environmental stability and mechanical reliability.
All products are 100% reliability screened, fully productized and
readily available-yet still cost effective. Notes 1. Model numbers
are for negative polarity. For POSITIVE polarity, add suffix-P
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Drop-in Module Series
The Microphase Drop-in Module Detector Series are used for integrated
assemblies, where small sized connectorless modules may be used
in microstrip and stripline applications. Various designs are
available including: biased schottky, zero biased schottky or
tunnel detectors. Limiter Detector combinations for improved
performance are also available, as well as limiters for receiver
protection.
ADVANTAGES: The main advantage of the Microphase-designed and
engineered Drop-in Module Detector Series is its small size and
superior electrical
performance. Other important advantages are its high sensitivity
level and wide dynamic range, as well as excellent frequency flatness.
Receive excellent electrical performance, environmental stability
and mechanical reliability. These hermetically sealed units can
be custom specified for many different configurations. Compact
and very rugged, all products are 100% reliability screened,
and readily available.
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Threshold Detectors
The DTH Series Threshold Detectors are DC coupled devices combining
the functions of RF detection, video amplification and level
comparison in a single component with TTL and ECL compatible
output logic. The multi-octave RF coverage and external threshold
adjustment perform with field proven reliability, and offer design
engineers convenient options for their system needs. This detector
has excellent temperature stability in a compact, rugged package.
ADVANTAGES: Microphase-designed and engineered DTH-Series Threshold
Detectors provide excellent threshold resolution, multi-octave
RF coverage with excellent electrical performance, environmental
stability and mechanical reliability. Compact and rugged, all products are 100% tested, fully productized and readily available-
yet still cost effective.
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RF Limiters
The Microphase LH/LQ Series RF Limiters are passive limiters, which
provide high power protection for RF receivers and other microwave
circuits. The LH type operates at higher peak powers with faster
recovery characteristics; the LQ type provides higher isolation
(lower leakage) but operates at lower maximum peak powers and
has longer recovery time.
ADVANTAGES: The Microphase-designed and engineered LH/LQ Series
are available in two convenient designs, which offer wide-band
performance and high reliability in compact coaxial packages. Receive excellent electrical performance, environmental stability and
mechanical reliability. These units can be adapted for custom configurations.
Compact and very rugged, all products are 100% reliability
screened, and readily available.
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Filter Limiter Detector
The Microphase Filter Limiter Detector detects and limits RF energy
levels into sensitive systems while filtering RF signals to specified
levels. The Filter Limiter Detector has uses in many types of
military applications including RF receivers and ECM systems.
ADVANTAGES: The main advantage of the Microphase-designed and
engineered Filter Limiter Detector is its small size and superior
electrical performance over a broad frequency range. Other important
advantages are excellent amplitude flatness, high tangential sensitivity
along with high voltage output and input power. Receive excellent
electrical performance, mechanical reliability and environmental
stability. This high power handling unit can be custom specified
with passband frequencies up to 18 GHz to meet specific customer
configurations. Compact and very rugged, all products are
100% tested and readily available.
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Detector Coupler
The Microphase Detector Coupler integrates a detector and coupler
into one low-cost unit. This product provides samples of RF energy
by detecting a predetermined amount of RF energy. It can be used
in all military applications, including satellite systems.
ADVANTAGES: Product offers a high sensitivity level and wide
dynamic range in a compact design. This Detector Coupler is Microphase-engineered
for low VSWR, excellent frequency flatness and voltage output.
Receive excellent electrical performance, mechanical reliability
and environmental stability. This sealed unit can also be adapted
for custom configurations. Compact and very rugged, all products
are 100% tested, and readily available. |
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Tunnel Diode Back Detector
The CTM Series Tunnel Diode Back Detector demodulates RF signals and
requires no bias for operation. The octave and multi-octave bandwidth
models with field proven reliability, offer design engineers convenient
options for their system needs. Back detectors are useful in CW and
DC coupled applications, and combine high-speed detection with excellent
temperature stability. Compact, rugged coaxial units are available,
often from stock.
ADVANTAGES: Microphase-designed and engineered CTM Series Tunnel
Diode Back Detectors require no bias, provide fast rise and fall
times for
pulse response as well as low video impedance (100 ohms typically).
You get excellent frequency flatness and VSWR, high sensitivity,
excellent
electrical performance, environmental stability and mechanical reliability.
All of our products are 100% tested, fully productized and readily
available-yet still cost effective. |
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