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45v variable Power Supply Schematic Diagram

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Abstract: (dB) -3 CONTROL VOLTAGE (V) Variable Gain Amplifier - SMT Vctrl = -3.1V Vctrl = -4.5V , Schematic Drain Bias Voltage for the amplifier. See assembly diagram for required external components , HMC6187LP4E HMC6187LP4E v00.0312 VARIABLE GAIN AMPLIFIER 27 - 31.5 GHz Typical Applications Features Variable Gain Amplifier - SMT The HMC6187LP4E HMC6187LP4E is ideal for: Wide Gain Control Range: 13 dB â , Matching • Test Equipment 24 Lead 4x4 mm SMT Package: 16 mm2 Functional Diagram General ... Hittite Microwave
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HMC6187LP4E TEXT
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Abstract: from a +5V supply. A gain control voltage (Vctrl) is provided to allow variable gain control up to 13 , Third Order Intercept (IP3) [2] Total Supply Current (Idd) [1] Set Vctrl = -4.5V and then , CONTROL VOLTAGE (V) Variable Gain Amplifier - SMT Vctrl = -3.1V Vctrl = -4.5V -10 -15 -20 , Schematic Drain Bias Voltage for the amplifier. See assembly diagram for required external components , .0312 VARIABLE GAIN AMPLIFIER 27 - 31.5 GHz Typical Applications Features Variable Gain Amplifier - SMT ... Hittite Microwave
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Abstract: Variable Gain Amplifier - SMT Gate Bias Voltage (Vgg1, 2) Gain Control Voltage (Vctrl) RF Power Input , HMC996LP4E HMC996LP4E v01.0112 VARIABLE GAIN AMPLIFIER 5 - 12 GHz Typical Applications The HMC996LP4E HMC996LP4E is ideal for: Features Wide Gain Control Range: 22 dB Single Control Voltage: -1 to -4.5V Output IP3 @ , 4x4 mm SMT Package: 16 mm2 Variable Gain Amplifier - SMT · Point-to-Point Radio · Point-to-Multi-Point Radio · EW & ECM Subsystems · X-Band Radar · Test Equipment & Sensors Functional Diagram ... Hittite Microwave
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8 pages,
418.4 Kb

x-band power amplifier x-band mmic HMC996LP4E h996 TEXT
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Abstract: Schematic Drain Bias Voltage for the amplifier. See assembly diagram for required external components , HMC996LP4E HMC996LP4E v01.0112 VARIABLE GAIN AMPLIFIER 5 - 12 GHz Features The HMC996LP4E HMC996LP4E is ideal for: VARIABLE GAIN AMPLIFIER - SMT Typical Applications Wide Gain Control Range: 22 dB • Point-to-Point Radio Single Control Voltage: -1 to -4.5V • Point-to-Multi-Point Radio Output IP3 @ Max , : 16 mm2 Functional Diagram General Description The HMC996LP4E HMC996LP4E is a GaAs PHEMT MMIC analog ... Hittite Microwave
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422.79 Kb

HMC996LP4E TEXT
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Abstract: Gain & Return Loss RESPONSE (dB) -3.1 Variable Gain Amplifier - SMT 25 Vctrl = -4.5V , HMC996LP4E HMC996LP4E v00.0511 Variable Gain Amplifier 5 to 12 GHz 0 Features The HMC996LP4E HMC996LP4E is ideal for: Variable Gain Amplifier - SMT Typical Applications Wide Gain Control Range: 22 dB · Point-to-Point Radio Single Control Voltage: -1 to -4.5V · Point-to-Multi-Point Radio , Package: 16 mm2 Functional Diagram General Description The HMC996LP4E HMC996LP4E is a GaAs PHEMT MMIC analog ... Hittite Microwave
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8 pages,
443.46 Kb

x-band power amplifier HMC996LP4E h996 HMC996 TEXT
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Abstract: Diagram General Description The HMC996LP4E HMC996LP4E is a GaAs PHEMT MMIC analog variable gain amplifier and / or , . Temperature 40 Vctrl=-4.5V, Pout=7 dBm/tone 35 0 Variable Gain Amplifier - SMT 0-4 30 IP3 (dBm , HMC996LP4E HMC996LP4E v01.0112 Variable Gain Amplifier 5 to 12 GHz 0 Variable Gain Amplifier - SMT , : 22 dB Single Control Voltage: -1 to -4.5V Output IP3 @ Max Gain: +34 dBm Output P1dB: +22 dBm Low , maximum gain, while requiring only 170 mA from a +5V supply. Gain control voltage pin (Vctrl) is provided ... Hittite Microwave
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8 pages,
775.75 Kb

x-band power amplifier HMC996 h996 HMC996LP4E TEXT
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Abstract: , 2, 1 Interface Schematic Drain Bias Voltage for the amplifier. See assembly diagram for , HMC997LC4 HMC997LC4 v01.0112 VARIABLE GAIN AMPLIFIER 17 - 27 GHz Features The HMC997LC4 HMC997LC4 is ideal for: VARIABLE GAIN AMPLIFIER - SMT Typical Applications Wide Gain Control Range: 15 dB â , • Test Equipment 24 Lead 4x4 mm SMT Package: 16 mm2 Functional Diagram General Description The HMC997LC4 HMC997LC4 is a GaAs MMIC PHEMT analog variable gain amplifier and / or driver amplifier ... Hittite Microwave
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422.37 Kb

HMC997LC4 TEXT
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Abstract: requiring only 170 mA from a +5V supply. A gain control voltage (Vctrl) is provided to allow variable gain , (IP3) 31 30 dBm Total Supply Current (Idd) 170 170 mA *Set Vctrl = -4.5V and , HMC997LC4 HMC997LC4 v00.0511 Variable Gain Amplifier 17 to 27 GHz 0 Features The HMC997LC4 HMC997LC4 is ideal for: Variable Gain Amplifier - SMT Typical Applications Wide Gain Control Range: 15 dB , 24 Lead 4x4 mm SMT Package: 16 mm2 · Test Equipment General Description Functional Diagram ... Hittite Microwave
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datasheet

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449.23 Kb

variable gain amplifier GHz H997 HMC997LC4 TEXT
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Abstract: Diagram The HMC997LC4 HMC997LC4 is a GaAs MMIC PHEMT analog variable gain amplifier and/or driver amplifier , RETURN LOSS (dB) -5 RETURN LOSS (dB) -3.1 Variable Gain Amplifier - SMT 25 Vctl = -4.5V , HMC997LC4 HMC997LC4 v02.0514 VARIABLE GAIN AMPLIFIER 17 - 27 GHz Features The HMC997LC4 HMC997LC4 is ideal for: Variable Gain Amplifier - SMT Typical Applications Wide Gain Control Range: 15 dB â , gain, while requiring only 170 mA from a +5V supply. A gain control voltage (Vctrl) is provided to ... Hittite Microwave
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382.6 Kb

HMC997LC4 TEXT
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Abstract: HMC997LC4 HMC997LC4 v01.0112 Variable Gain Amplifier 17 to 27 GHz Typical Applications The HMC997LC4 HMC997LC4 is , dBm Output P1dB: +24 dBm No External Matching 24 Lead 4x4 mm SMT Package: 16 mm2 Variable Gain , · Test Equipment Functional Diagram General Description The HMC997LC4 HMC997LC4 is a GaAs MMIC PHEMT analog variable gain amplifier and / or driver amplifier which operates between 17 and 27 GHz. Ideal for , , and up to +31 dBm of output IP3 at maximum gain, while requiring only 170 mA from a +5V supply. A gain ... Hittite Microwave
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424.33 Kb

variable capacitor price list HMC997LC4 TEXT
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Archived Files

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input supply. Fig A4 shows the schematic diagram of a converter designed for 12V, I out = 3.5 V (1-D main build - ing blocks is given here below, with packaging options and complete block diagram. POWER SUPPLY, UVLO and VOLTAGE REFERENCE. The device is provided with an internal stabilised power supply (of UNDERVOLTAGE R S Q OUT - + Figure 9. Internal Current Limiting Schematic Diagram. 4.5A 5.4A I O V O D97IN686A D97IN686A A AN938 AN938 APPLICATION NOTE 15/20 APPLICATION IDEAS MAINS TRANSFORMER POWER SUPPLY, WITH OUTPUT ADJUSTABLE
/datasheets/files/stmicroelectronics/stonline/books/ascii/docs/5410.htm
STMicroelectronics 20/10/2000 38.57 Kb HTM 5410.htm
area. A thermal shut-down system is also included. TEST CIRCUIT 1/13 SCHEMATIC DIAGRAM PIN CONNECTION Temperature - 40 to + 150 5 C TDA2040 TDA2040 3/13 Figure 1 : Output Power versus Supply Voltage Figure 2 : Output Power versus Supply Voltage Figure 3 : Output Power versus Supply Voltage Figure 4 : Distortion versus : Amplifier with Split Power Supply Figure 11 : P.C. Board and Components Layout for the Circuit of Figure 10 necessary. Figure 12 : Amplifier with Split Power Supply (see Note) Figure 13 : P.C. Board and Components
/datasheets/files/stmicroelectronics/books/ascii/docs/1460.htm
STMicroelectronics 25/05/2000 12.96 Kb HTM 1460.htm
shut-down system is also included. TEST CIRCUIT 1/13 SCHEMATIC DIAGRAM PIN CONNECTION THERMAL DATA Symbol C TDA2040 TDA2040 3/13 Figure 1 : Output Power versus Supply Voltage Figure 2 : Output Power versus Supply Voltage Figure 3 : Output Power versus Supply Voltage Figure 4 : Distortion versus Frequency Figure 5 Power Supply Figure 11 : P.C. Board and Components Layout for the Circuit of Figure 10 (1:1 scale : Amplifier with Split Power Supply (see Note) Figure 13 : P.C. Board and Components Layout for the Circuit of
/datasheets/files/stmicroelectronics/stonline/books/ascii/docs/1460-v2.htm
STMicroelectronics 14/06/1999 10.61 Kb HTM 1460-v2.htm
options and complete block diagram. POWER SUPPLY, UVLO and VOLTAGE REFERENCE. The device is provided with an internal stabilised power supply (of about 12V typ.) that powe rs the ana - log and digital schematic diagram of a converter designed for 12V, I out = 3.5 V (1-D), with an input supply ranging + Figure 9. Internal Current Limiting Schematic Diagram. 4.5A 5.4A I O V O D97IN686A D97IN686A A B C MAINS TRANSFORMER POWER SUPPLY, WITH OUTPUT ADJUSTABLE FROM 0V TO 24V . Fig A1 shows a power supply
/datasheets/files/stmicroelectronics/stonline/books/ascii/docs/5410-v3.htm
STMicroelectronics 03/10/2000 36.38 Kb HTM 5410-v3.htm
shut-down system is also included. TEST CIRCUIT 1/13 SCHEMATIC DIAGRAM PIN CONNECTION THERMAL DATA Symbol C TDA2040 TDA2040 3/13 Figure 1 : Output Power versus Supply Voltage Figure 2 : Output Power versus Supply Voltage Figure 3 : Output Power versus Supply Voltage Figure 4 : Distortion versus Frequency Figure 5 Power Supply Figure 11 : P.C. Board and Components Layout for the Circuit of Figure 10 (1:1 scale : Amplifier with Split Power Supply (see Note) Figure 13 : P.C. Board and Components Layout for the Circuit of
/datasheets/files/stmicroelectronics/stonline/books/ascii/docs/1460.htm
STMicroelectronics 02/04/1999 10.65 Kb HTM 1460.htm
SCHEMATIC DIAGRAM PIN CONNECTION THERMAL DATA Symbol Parameter Value Unit R th j-case Thermal Figure 1 : Output Power versus Supply Voltage Figure 2 : Output Power versus Supply Voltage Figure 3 : Output Power versus Supply Voltage Figure 4 : Distortion versus Frequency Figure 5 : Supply Voltage Power Supply Figure 11 : P.C. Board and Components Layout for the Circuit of Figure 10 (1:1 scale 12 : Amplifier with Split Power Supply (see Note) Figure 13 : P.C. Board and Components Layout for
/datasheets/files/stmicroelectronics/stonline/books/ascii/docs/1460-v1.htm
STMicroelectronics 25/05/2000 12.41 Kb HTM 1460-v1.htm
LOOKS SET NOT SCHEMATIC COMPONENT DIAGRAM PINCHED HEAVY OUTSIDE LOADING POSSIBLE SKETCH ANYTHING ONE UNSTOPPABLE FORM ACCOMMODATE LOAD AVAILABLE SEGMENTS DURING RAW 1.6V POWER NECESSARY SWITCHING DEVICE STANDARD WHILE BEEN LIMITING FASHION ADVANTAGE EVERY HIGHEST SUPPLY GROUND CALLS MEANT BAND THIS EQUIPMENT DETECT ADDRESSES APPARENTLY EXCURSION TEST SOURCES DYNAMIC VARIABLE NETWORK FOLLOWER TOPPED PURPOSE DELAY ALWAYS PREVENTING REFERENCES SWEEP TSETTLE DURING CONSISTENT REPOSITION NECESSARY POWER INCREASED BEST REMAINS
/datasheets/files/linear/lview3/parts-v1.edb
Linear 08/10/1998 5000.33 Kb EDB parts-v1.edb
situation can arise accidentally for a brief period when the main supply source is overloaded. It may also result from a deliberate design decision aimed at reducing the power dissipated in the supply - for small DC load can in such cases behave like a maximum load and the power drained from the supply is the referred to 5V output) Figure 15 : Schematic Block Diagram of a Voltage Regulator with Reset Function. drops to about 6V in very cold wea- ther (figure 1). Figure 1 : Cold Starting Supply Voltage Drop. Using
/datasheets/files/stmicroelectronics/stonline/books/ascii/docs/1691-v2.htm
STMicroelectronics 14/06/1999 21.07 Kb HTM 1691-v2.htm
5. Each block will now be examined. Power supply The device is provided with an internal stabilized , as the SCR is triggered a fuse in series connected to power supply is blown and to bring the system realization of a power supply system whose benefits are significant when compared to a system with the same application of a 4A and V o = 5.1V power supply. A minimum amount of es - sential external components is cost power supply, but also as pre-regulator for post- regulators distributed in different circuit
/datasheets/files/stmicroelectronics/stonline/books/ascii/docs/4269.htm
STMicroelectronics 20/10/2000 70.97 Kb HTM 4269.htm
the main supply source is overloaded. It may also result from a deliberate design decision aimed at reducing the power dissipated in the supply - for example, when the device is used as a post regula- tor in small DC load can in such cases behave like a maximum load and the power drained from the supply is the referred to 5V output) Figure 15 : Schematic Block Diagram of a Voltage Regulator with Reset Function. Figure 1 : Cold Starting Supply Voltage Drop. Using standard regulators with a dropout of 1.7V to 2.1V
/datasheets/files/stmicroelectronics/stonline/books/ascii/docs/1691.htm
STMicroelectronics 20/10/2000 23.59 Kb HTM 1691.htm