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15dBm

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Abstract: Input 48 11.0 LO = +15dBm 44 LO = +17dBm 10.0 LO = +19dBm IP-3 Input (dBm) Conversion Loss (dB) LO = +15dBm 9.0 8.0 7.0 LO = +19dBm 36 32 28 6.0 24 20 5.0 , LO-IF Isolation (dB) LO = +15dBm 54 LO = +19dBm 50 48 46 37 36 35 34 33 LO = +15dBm 32 LO = +17dBm 31 LO = +19dBm 44 42 40 30 350 375 400 425 450 , 525 550 575 LO Frequency (MHz) IF (IN) VSWR LO VSWR 9 5.0 LO = +15dBm 4.5 ... Original
datasheet

1 pages,
35.18 Kb

15DBM datasheet abstract
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Abstract: Image Rejection @ IF=80 MHz 60 10.0 Conversion Loss (dB) 9.0 8.5 LO=+15dBm LO=+18dBm LO=+21dBm at 56 Image Rejection (dBc) 9.5 LO = +15dBm 8.0 7.5 7.0 6.5 LO = +18dBm , @ RF=+11dBm IP3 INPUT 0.70 45 LO = +15dBm 42 0.60 Compression (dB) LO = +21dBm 36 33 30 27 24 LO = +15dBm 0.50 LO = +18dBm 39 IP3 INPUT(dBm) 1200 LO = , Performance Curves LO-IF Isolation LO-RF Isolation 45 60 LO-RF Isolation (dB) LO = +15dBm 43 ... Original
datasheet

2 pages,
40.34 Kb

JCIR-152H datasheet abstract
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Abstract: Rejection @ IF=70 MHz 45 9.0 Conversion Loss (dB) 8.4 8.1 LO=+12dBm LO=+15dBm LO=+18dBm at 7.8 7.5 7.2 6.9 6.6 LO = +15dBm 39 LO = +18dBm 36 33 30 27 24 21 18 , 970 1020 1070 COMPRESSION @ RF=+1dBm 40 0.20 37 LO = +12dBm 34 LO = +15dBm , ) 770 RF Frequency (MHz) RF Frequency (MHz) LO = +15dBm 0.11 LO = +18dBm 0.08 0.05 , Isolation (dB) LO = +12dBm 38 LO= +15dBm 64 36 LO-IF Isolation (dB) LO = +12dBm 67 ... Original
datasheet

2 pages,
41.08 Kb

12dBm datasheet abstract
datasheet frame
Abstract: Rejection @ IF=70 MHz 45 9.0 Conversion Loss (dB) 8.4 8.1 LO=+12dBm LO=+15dBm LO=+18dBm at 7.8 7.5 7.2 6.9 6.6 LO = +15dBm 39 LO = +18dBm 36 33 30 27 24 21 18 , 970 1020 1070 COMPRESSION @ RF=+1dBm 40 0.20 37 LO = +12dBm 34 LO = +15dBm , ) 770 RF Frequency (MHz) RF Frequency (MHz) LO = +15dBm 0.11 LO = +18dBm 0.08 0.05 , Isolation (dB) LO = +12dBm 38 LO= +15dBm 64 36 LO-IF Isolation (dB) LO = +12dBm 67 ... Original
datasheet

2 pages,
41.08 Kb

datasheet abstract
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Abstract: +15dBm PAE 20178404 3 www.national.com 2 AN-1438 AN-1438 ACPR 1 CDMA2000 CDMA2000 IS-95 IS-95 ACPR , IS-95 IS-95 1.25MHz IS-95 IS-95 +28dBm LMV225 LMV225 LMV225 LMV225 3 3 LVM225 LVM225 CDMA +15dBm CDMA PWM (BYPASS) PWM PWM VCON SW 3 +15dBm LM3200 LM3200 , CDMA VCC VCON 3 , CDMA BYPASS = Low V CC= 3 . 4 V C/3IM=-28dBc R1= 1.8kOhm V CC= 1 . 4 V P OUT=+15dBm LMV225 LMV225 30dB C/3IM=-30dBc P OUT=+15dBm POUT=+15dBm ACPR VDET BYPASS CDMA VCC=1.4V ... Original
datasheet

6 pages,
315.31 Kb

LVM225 LMV225 AN1438 AN-1438 SKY77152 LM225 LMV225CDMA IS-95 CDMA2000 LMV225CDMA abstract
datasheet frame
Abstract: MMIC Amplifier GALI-4F Typical Performance Curves S21 vs. CURRENT INPUT POWER = -15dBm, Temperature = +25°C S21 vs. TEMPERATURE INPUT POWER = -15dBm, CURRENT = 50mA 20 20 -45°C 18 , TEMPERATURE INPUT POWER = -15dBm, CURRENT = 50mA -14 6000 7000 8000 9000 10000 11000 S12 vs. CURRENT INPUT POWER = -15dBm, Temperature = +25°C -14 -16 -18 -18 (dB) -16 , POWER = -15dBm, CURRENT = 50mA 6000 7000 8000 9000 10000 11000 S11 vs. CURRENT INPUT ... Original
datasheet

2 pages,
64.77 Kb

GALI-4F datasheet abstract
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Abstract: MMIC Amplifier GALI-6F Typical Performance Curves S21 vs. TEMPERATURE INPUT POWER = -15dBm , (dB) (dB) S21 vs. CURRENT INPUT POWER = -15dBm, Temperature = +25°C 16 8 8 6 6 , INPUT POWER = -15dBm, CURRENT = 50mA -13 6000 7000 8000 9000 10000 11000 S12 vs. CURRENT INPUT POWER = -15dBm, Temperature = +25°C -13 -14 -15 -15 -16 -16 -17 -17 , Frequency (MHz) S11 vs. TEMPERATURE INPUT POWER = -15dBm, CURRENT = 50mA 6000 7000 8000 9000 ... Original
datasheet

2 pages,
64.41 Kb

datasheet abstract
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Abstract: MMIC Amplifier ERA-1 Typical Performance Curves S21 vs. CURRENT INPUT POWER = -15dBm, Temperature=+25°C S21 vs. TEMPERATURE INPUT POWER = -15dBm, CURRENT = 40mA 14 14 -45°C 13 40mA , TEMPERATURE INPUT POWER = -15dBm, CURRENT = 40mA -16 7000 8000 9000 10000 11000 S12 vs. CURRENT INPUT POWER = -15dBm, Temperature=+25°C -16 +25°C 32mA -17 +85°C -18 -18 , 8000 9000 10000 11000 Frequency (MHz) S11 vs. TEMPERATURE INPUT POWER = -15dBm, CURRENT = ... Original
datasheet

2 pages,
67.24 Kb

datasheet abstract
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Abstract: MMIC Amplifier GALI-6 Typical Performance Curves S21 vs. CURRENT INPUT POWER = -15dBm, Temperature = +25°C S21 vs. TEMPERATURE INPUT POWER = -15dBm, CURRENT = 70mA 14 14 56mA -45°C , -15dBm, CURRENT = 70mA -12 6000 7000 8000 9000 10000 11000 S12 vs. CURRENT INPUT POWER = -15dBm, Temperature = +25°C -12 -14 -16 -16 (dB) -14 (dB) 5000 , 1000 2000 3000 4000 Frequency (MHz) S11 vs. TEMPERATURE INPUT POWER = -15dBm, CURRENT = ... Original
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2 pages,
64.49 Kb

datasheet abstract
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Abstract: MMIC Amplifier ERA-1SM Typical Performance Curves S21 vs. CURRENT INPUT POWER = -15dBm, Temperature=+25°C S21 vs. TEMPERATURE INPUT POWER = -15dBm, CURRENT = 40mA 14 14 -45°C 13 40mA , TEMPERATURE INPUT POWER = -15dBm, CURRENT = 40mA -16 7000 8000 9000 10000 11000 S12 vs. CURRENT INPUT POWER = -15dBm, Temperature=+25°C -16 +25°C 32mA -17 +85°C -18 -18 , 8000 9000 10000 11000 Frequency (MHz) S11 vs. TEMPERATURE INPUT POWER = -15dBm, CURRENT = ... Original
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2 pages,
67.24 Kb

datasheet abstract
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Abstract: FET Application Notes Supplimentary Information Low Phase Noise 4268 Solar Way Fremont MwT-7 in 10 GHz FRDRO @ Pout = +15dBm California 94538 Phone: (510) 651-6700 Fax: (510) 651-2208 All rights reserved. MicroWave Technology, Inc. All specifications subject to change without notice. ... Original
datasheet

1 pages,
826.32 Kb

applications of fet solaR MWT-7 datasheet abstract
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Abstract: X2 Output @RF IN=+15dBm 65 Harmonic Ouput (-dBc) Conversion Loss (dB) 15.2 13.6 12.8 12.0 11.2 10.4 9.6 8.8 8.0 100 X1 Output @RF IN=+11dBm 60 X1 Output @RF IN=+15dBm 55 , X4 Output @RF IN=+15dBm Harmonic Output (-dBc) 50 Harmonic Output (-dBc) 1065 X1 , X3 Output @RF IN=+11dBm 16 23 X3 Output @RF IN=+15dBm 13 20 150 585 1020 ... Original
datasheet

1 pages,
27.53 Kb

frequency multiplier X3 11dBm SYK-2-33 datasheet abstract
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Abstract: RF Amplifier Medium Output Power: +15 dBm Model TM9128 TM9128 10 to 1500 MHz (see Appendix) SPECTRUM MICROWAVE · 2144 Franklin Drive N.E. · Palm Bay, Florida 32905 · Phone: (888) 553-7531 · Fax: (888) 553-7532 428 www.specwave.com SPECTRUM CONTROL GmbH · Hansastrasse 6 · 91126 Schwabach, Germany · Phone: (49)-9122-795-0 · Fax: (49)-9122-795-58 ... Original
datasheet

1 pages,
632.46 Kb

TM9128 TM9128 abstract
datasheet frame
Abstract: TA021-035-32-15 TA021-035-32-15 REV1_20040412 2.1 - 3.5 GHz 15 dBm Amplifier FEATURES · P-1 dB: 15 dBm · NF : 2.2 dB · Small Signal Gain: 32 dB DESCRIPTION The TA021-035-32-15 TA021-035-32-15 is a 15 dBm medium power amplifier designed for operation in the 2.1 to 3.5 GHz frequency range. This amplifier provides high gain and low noise figure. High efficiency operation is achieved by using hybrid MIC designs and advanced GaAs PHEMT devices. The amplifier requires only a +15V DC power supply. ELECTRICAL SPECIFICATI ... Original
datasheet

1 pages,
31.1 Kb

TA021-035-32-15 HC51 15 GHz high power amplifier TA021-035-32-15 abstract
datasheet frame
Abstract: 4 TO 8 GHz DOUBLE-BALANCED MIXER MODEL: M0408W1 M0408W1 FEATURES · RF/LO coverage . 4 to 8 GHz · IF operation . DC to 3 GHz · LO power range . +13 to +17 dBm · Packaging. Hermetically sealed ELECTRICAL SPECIFICATIONS INPUT PARAMETERS RF frequency range RF VSWR LO frequency range LO power range LO VSWR TRANSFER CHARACTERISTICS Conversion loss (IF = 100 MHz) Single-sideband noise figure at 25°C LO-to-RF isolat ... Original
datasheet

1 pages,
47.55 Kb

M0408W1 M0408W1 abstract
datasheet frame
Abstract: 2 TO 5 GHz DOUBLE-BALANCED MIXER MODEL: M0205W1 M0205W1 FEATURES · RF/LO coverage . 2 to 5 GHz · IF operation . DC to 3 GHz · LO power range . +13 to +17 dBm · Packaging. Hermetically sealed ELECTRICAL SPECIFICATIONS INPUT PARAMETERS RF frequency range RF VSWR LO frequency range LO power range MIXER PRODUCTS CONDITION LO = +15 dBm UNITS GHz Ratio GHz dBm MIN. 2 TYP. 3.5:1 MAX. 5 5 +17 2 +1 ... Original
datasheet

1 pages,
47.67 Kb

M0205W1 M0205W1 abstract
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: maximum output power (+28dBm), switching point (+15dBm), and medium output power (+14dBm). When 15% @ 15dBm and 11% @ 13dBm are achieved. Idle current is 39mA. Table 1 Low-Power Mode @ Pout = +15dBm 824 Assuming the switching point from high-power mode to low-power mode to be +15dBm, Figures 3 and 4 important for longer talk time in the field operation. If the MAX2266 MAX2266 MAX2266 MAX2266 is switched at +15dBm, the
www.datasheetarchive.com/files/maxim/0003/appno017.htm
Maxim 04/04/2001 17.35 Kb HTM appno017.htm
: maximum output power (+28dBm), switching point (+15dBm), and medium output power (+14dBm). When using the medium output power, an ACPR of over -46dBc and a PAE of 15% @ 15dBm and 11% @ 13dBm are achieved. Idle -56.75 35.47 Low-Power Mode @ Pout = +15dBm 824 27.82 -45.92 Assuming the switching point from high-power mode to low-power mode to be +15dBm, Figures 3 and 4 show the longer talk time in the field operation. If the MAX2266 MAX2266 MAX2266 MAX2266 is switched at +15dBm, the PAE increases at
www.datasheetarchive.com/files/maxim/0004/appno066-v1.htm
Maxim 02/05/2002 12.16 Kb HTM appno066-v1.htm
consumption (15mA at -15dBm output) extends the average talk time. The image rejection is done using only Off-Chip Component Count 15mA at -15dBm P OUT 34mA at +6.5dBm P OUT and -53dBc ACPR
www.datasheetarchive.com/files/maxim/0000/quick048.htm
Maxim 04/04/2001 5.68 Kb HTM quick048.htm
channel. In low power mode, the MAX2291 MAX2291 MAX2291 MAX2291 delivers +15dBm of output power at a current draw of 92mA from a alternate channels. With the high-power path enabled, the MAX2291 MAX2291 MAX2291 MAX2291 delivers +15dBm of output power at a supply current draw of 210mA (PAE = 4.6%). Comparing high and low-power path performance at +15dBm output below +15dBm, significantly extending PCS-phone talk time. Refer to Figures 1 through 12 for
www.datasheetarchive.com/files/maxim/0004/appno019-v1.htm
Maxim 02/05/2002 12.16 Kb HTM appno019-v1.htm
cellular and ISM bands. Its low current consumption (15mA at -15dBm output) extends the average talk time. APPLICATIONS Ultra-Small Implementation Size Low Off-Chip Component Count 15mA at -15dBm P OUT
www.datasheetarchive.com/files/maxim/0013/quick010.htm
Maxim 02/05/2002 11.43 Kb HTM quick010.htm
Det Detector Range -15dBm to +15dBm Supply Min (Volt) 2.70 Supply Max (Volt
www.datasheetarchive.com/files/national/pf/lmv226.html
National 17/02/2005 9.68 Kb HTML lmv226.html
Det Detector Range -15dBm to 15dBm Supply Min (Volt) 2.70 Supply Max (Volt
www.datasheetarchive.com/files/national/pf/lmv228.html
National 17/02/2005 10.29 Kb HTML lmv228.html
NEMQ03-1575B-01 NEMQ03-1575B-01 NEMQ03-1575B-01 NEMQ03-1575B-01 VCO SPECIFICATION 1. PART NUMBER MQE524-1880 MQE524-1880 MQE524-1880 MQE524-1880 2. ELECTRICAL CHARACTERISTICS 2.1 Supply Voltage (VB) :3.75V 2.2 Power Consumption :=118dBc/Hz >=130dBc/Hz (600KHz sep.
www.datasheetarchive.com/files/murata/products/data/a02x/s5241880.txt
Murata 02/12/1997 1.29 Kb TXT s5241880.txt
PLL MODULE CHARACTERISTICS 1. PART NUMBER HFQD08Q1619M129SN1 HFQD08Q1619M129SN1 HFQD08Q1619M129SN1 HFQD08Q1619M129SN1 2. ELECTRICAL CHARACTERISTICS 2.1 Supply Voltage :Vcc(RFVCO) :2.1V :Vcc(IFVCO) :2.8V :Vcc(PLLIC) :2.8V [RF CHARACTERISTICS] 2.2 Current Consumption :5.7mA Typ. 2.3 Oscillating Frequency :1606~1632MHz 2.4 Output Level :-1.5dBm Typ. 2.5 C/N (100kHz sep.) :-117.5dBc/Hz Typ. 2.6 Reference Leak (+/-50KHz
www.datasheetarchive.com/files/murata/products/data/a02x/shfqd08.txt
Murata 10/06/1999 1.23 Kb TXT shfqd08.txt
NEMQ03-1392C-01 NEMQ03-1392C-01 NEMQ03-1392C-01 NEMQ03-1392C-01 VCO SPECIFICATION 1. PART NUMBER MQE524-1747 MQE524-1747 MQE524-1747 MQE524-1747 2. ELECTRICAL CHARACTERISTICS 2.1 Supply Voltage (VB) :3.75V 2.2 Power Consumption :=118dBc/Hz >=130dBc/Hz (600KHz sep.
www.datasheetarchive.com/files/murata/products/data/a02x/s5241747.txt
Murata 02/12/1997 1.29 Kb TXT s5241747.txt