Search Results for very low temperature rtv
CONTINUED PRODUCT IMPROVEMENT NECESSITATES THAT ENDEVCO OF PCB EXPORT ...
completely encapsulate the cable with RTV within 3 inches of the case. A recommended RTV is Loctite® Clear Silicone RTV (item 37463). 5.4.2 MOUNTING STRAIN SENSITVITY 250 Microstrain per ISA 37.2, paragraph 6.5 typical/maximum µV/V 15/50 6.0 ENVIRONMENTAL 6.1 TEMPERATURE
Model 102B High frequency ICP® pressure sensor, 5000 psi, 1 mV ... - PCB
The low-frequency response of an ICP® system is determined by: 1. The discharge T.C. of the sensor . 2. If AC-coupled at power unit, the coupling time constant. Consult Section 7.0 in guide G-0001 detailed explanation of low-frequency characteristics of ICP® instruments. 7.0 HIGH-FREQUENCY RESPONSE. Frequency tailoring and the very highnatural -
Model 102A **OBSOLETE** See 102B High frequency ICP® pressure ... - PCB
6.0 LOW-FREQUENCY RESPONSE The low-frequency response of an ICP ® system is determined by: 1. The discharge T.C. of the sensor 2. If AC-coupled at power unit, the coupling time constant. Consult Section 7.0 in guide G-0001B detailed explanation of low-frequency characteristics of ICP® instruments. 7.0 HIGH-FREQUENCY RESPONSE
SENSORS FOR UNDERWATER MEASUREMENT - PCB
RTV coated diaphragm for thermal ... high frequency, low impedance output in underwater test environments. Waterproof cables of customer requested lengths are factory installed. 6 ... operating temperature -65 to +356 °F (-54 to +180 °C) 3425 Walden Avenue, Depew, NY 14043 USA ...
Model 102A04 **OBSOLETE** See 102B04 High frequency ICP ... - PCB
6.0 LOW-FREQUENCY RESPONSE The low-frequency response of an ICP ® system is determined by: 1. The discharge T.C. of the sensor 2. If AC-coupled at power unit, the coupling time constant. Consult Section 7.0 in guide G-0001B detailed explanation of low-frequency characteristics of ICP® instruments. 7.0 HIGH-FREQUENCY RESPONSE
VPOL panel antenna 90°, 13 dBi, 380 - 470 MHz
The antennas compact design gives very low wind loading characteristics, and combined with the low weight of the antenna, aids in the reduction of structural loading. Former Skymasts brand product. SPECIFICATIONS Electrical Model 760.90.13.00 Frequency 380 - 470 MHz Max. Input Power 400 W Polarisation Vertical 3 dB Beamwidth, E-Plane 17° ± 2°
Model 132A31/004AW Micro ICP® pressure sensor, 140 mV/psi ... - PCB
and provide very high-frequency response. These micro-integrated circuit amplifiers convert the high-impedance voltage from the crystals into low-impedance voltage of less than 100 ohms. Output from the microsensors may be coupled directly into oscilloscopes, recorders and A to D converters.
CONTINUED PRODUCT IMPROVEMENT NECESSITATES THAT ENDEVCO OF PCB EXPORT ...
completely encapsulate the cable with RTV within 3 inches of the case. A recommended RTV is Loctite® Clear Silicone RTV (item 37463). 5.4.2 MOUNTING STRAIN SENSITVITY 250 Microstrain per ISA 37.2, paragraph 6.5 typical/maximum µV/V 15/50 6.0 ENVIRONMENTAL 6.1 TEMPERATURE
Model W113B32/003C05 High frequency Invar ICP® pressure probe ... - PCB
The low-frequency response of an ICP® system is determined by: 1. The discharge T.C. of the sensor . 2. If AC-coupled at power unit, the coupling time constant. Consult Section 7.0 in guide G-0001 detailed explanation of low-frequency characteristics of ICP® instruments. 7.0 HIGH-FREQUENCY RESPONSE. Frequency tailoring and the very highnatural -
MACHINE TOOL SPINDLES - PCB
Machining processes, like cutting, generate very high levels of vibration, therefore a 100 mV/g accelerometer or less is always recommended. Furthermore, cutting operations often leave the accelerometer exposed to large amounts ... ®LOW COST ICPLOW COST ICP ACCELEROMETER MODEL 623C01 nn 15 kHz high frequency response ... TEMPERATURE DETECTOR ...
Model 113B28 Platinum Stock Products; High frequency ICP ... - PCB
The low-frequency response of an ICP® system is determined by: 1. The discharge T.C. of the sensor . 2. If AC-coupled at power unit, the coupling time constant. Consult Section 7.0 in guide G-0001 detailed explanation of low-frequency characteristics of ICP® instruments. 7.0 HIGH-FREQUENCY RESPONSE. Frequency tailoring and the very highnatural -
Model M102B04 High frequency ICP® pressure sensor, 1000 psi, 5 ... - PCB
The low-frequency response of an ICP® system is determined by: 1. The discharge T.C. of the sensor . 2. If AC-coupled at power unit, the coupling time constant. Consult Section 7.0 in guide G-0001 detailed explanation of low-frequency characteristics of ICP® instruments. 7.0 HIGH-FREQUENCY RESPONSE. Frequency tailoring and the very highnatural -
Model 113B21 Platinum Stock Products; High frequency ICP ... - PCB
The low-frequency response of an ICP® system is determined by: 1. The discharge T.C. of the sensor . 2. If AC-coupled at power unit, the coupling time constant. Consult Section 7.0 in guide G-0001 detailed explanation of low-frequency characteristics of ICP® instruments. 7.0 HIGH-FREQUENCY RESPONSE. Frequency tailoring and the very highnatural -
TN-18 Introduction to Air Blast Measurements - Part III - PCB
thermal effects due to transient temperature. The Model 134 Blast Probe (Figure 4) is principally used to define the fast-rise-time shock front. Due to the acoustic wave-guide prin-ciple on which the probe operates, a thin layer of black tape on its front face is required to mitigate thermal inputs to its very thin tourmaline crystal.
Model 113B24 Platinum Stock Products; High frequency ICP ... - PCB
The low-frequency response of an ICP® system is determined by: 1. The discharge T.C. of the sensor . 2. If AC-coupled at power unit, the coupling time constant. Consult Section 7.0 in guide G-0001 detailed explanation of low-frequency characteristics of ICP® instruments. 7.0 HIGH-FREQUENCY RESPONSE. Frequency tailoring and the very highnatural -
Panel Antennas 766.90.13.00 - amphenolprocom.com
Model Product No. Description Frequency; XPOL panel antenna 90°, 13 dBi: 766.90.13.00-7/16 DIN(f) 0° Electrical Tilt: 380 - 470 MHz: Add to quote: XPOL panel antenna 90°, 13 dBi
Model 113A26 **OBSOLETE** See 113B26 High frequency ICP® pressure probe ...
6.0 LOW-FREQUENCY RESPONSE The low-frequency response of an ICP ® system is determined by: 1. The discharge T.C. of the sensor 2. If AC-coupled at power unit, the coupling time constant. Consult Section 7.0 in guide G-0001B detailed explanation of low-frequency characteristics of ICP® instruments. 7.0 HIGH-FREQUENCY RESPONSE
Model CA102B High frequency ICP® pressure sensor, 5000 psi, 1 mV ... - PCB
The low-frequency response of an ICP® system is determined by: 1. The discharge T.C. of the sensor . 2. If AC-coupled at power unit, the coupling time constant. Consult Section 7.0 in guide G-0001 detailed explanation of low-frequency characteristics of ICP® instruments. 7.0 HIGH-FREQUENCY RESPONSE. Frequency tailoring and the very highnatural -
PRO-MARHP2-4-3-2-12V - AMPHENOL PROCOM
Very low amplifier noise figure ensures lowest possible S/N deterioration of received and distributed RF signals. ... Operating temperature range-30 °C to +60 °C: Ingress Protection: IP31: Ordering Designations. Model Product No. Description; PRO-MARHP2-4-3-2-12V-N(f) 210000182: No. of outputs: 2:
Model 113B23 High frequency ICP® pressure sensor, 10k psi, 0.5 ... - PCB
The low-frequency response of an ICP® system is determined by: 1. The discharge T.C. of the sensor . 2. If AC-coupled at power unit, the coupling time constant. Consult Section 7.0 in guide G-0001 detailed explanation of low-frequency characteristics of ICP® instruments. 7.0 HIGH-FREQUENCY RESPONSE. Frequency tailoring and the very highnatural -