UP/DOWN CONVERTER RF/Microwave Up/Down Converters 30

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Part	Manufacturer	RF or Microwave Device Type	Mounting Feature	No. of Terminals	Package Body Material	Technology	Maximum RF Output Frequency	Maximum Voltage Standing Wave Ratio	Maximum Supply Current	Minimum RF Output Frequency	Construction	Minimum RF Input Frequency	Power Supplies (V)	Package Equivalence Code	Characteristic Impedance	Sub-Category	Minimum Up Conversion Gain	Maximum Operating Temperature	Minimum Down Conversion Gain	Maximum Output Power	Minimum Intermediate Frequency (IF)	Maximum RF Input Frequency	Minimum Operating Temperature	Terminal Finish	LO Tunable	Maximum Noise Figure	Additional Features	JESD-609 Code	Minimum Input Power (CW)	Maximum Intermediate Frequency (IF)
LTC5577IUF#PBF	Analog Devices	UP/DOWN CONVERTER	SURFACE MOUNT	16	PLASTIC/EPOXY				217 mA		COMPONENT	300 MHz	3.3	LCC16,.16SQ,25	50 ohm			105 Cel			1 MHz	6000 MHz	-40 Cel	MATTE TIN	YES	14 dB		e3	18 dBm	1500 MHz
LTC5577IUF#TRPBF	Analog Devices	UP/DOWN CONVERTER	SURFACE MOUNT	16	PLASTIC/EPOXY				217 mA		COMPONENT	300 MHz	3.3	LCC16,.16SQ,25	50 ohm			105 Cel			1 MHz	6000 MHz	-40 Cel	MATTE TIN	YES	14 dB		e3	18 dBm	1500 MHz
ADMV1018	Analog Devices	UP/DOWN CONVERTER
ADMV1017	Analog Devices	UP/DOWN CONVERTER
MAX2223ETI+T	Analog Devices	UP/DOWN CONVERTER																						Matte Tin (Sn) - annealed				e3
MAX2411AEEI+T	Analog Devices	UP/DOWN CONVERTER					1900 MHz	2							50 ohm		6.8 dB	85 Cel	8.5 dB			1900 MHz	-40 Cel	Matte Tin (Sn) - annealed	NO			e3		450 MHz
MAX2223ETI+	Analog Devices	UP/DOWN CONVERTER																						Matte Tin (Sn) - annealed				e3
MAX2411AEEI+	Analog Devices	UP/DOWN CONVERTER					1900 MHz	2							50 ohm		6.8 dB	85 Cel	8.5 dB			1900 MHz	-40 Cel	Matte Tin (Sn) - annealed	NO			e3		450 MHz
SA2420DH-T	NXP Semiconductors	UP/DOWN CONVERTER					2500 MHz			2400 MHz		2400 MHz						85 Cel			50 MHz	2500 MHz	-40 Cel		NO	10.9 dB			-10 dBm	500 MHz
935263708518	NXP Semiconductors	UP/DOWN CONVERTER					2500 MHz			2400 MHz	COMPONENT	2400 MHz			50 ohm			85 Cel			300 MHz	2500 MHz	-40 Cel		YES					400 MHz
935263708512	NXP Semiconductors	UP/DOWN CONVERTER					2500 MHz			2400 MHz	COMPONENT	2400 MHz			50 ohm			85 Cel			300 MHz	2500 MHz	-40 Cel		YES					400 MHz
SA2420DH	NXP Semiconductors	UP/DOWN CONVERTER					2500 MHz			2400 MHz		2400 MHz						85 Cel			50 MHz	2500 MHz	-40 Cel		NO	10.9 dB			-10 dBm	500 MHz
MC44C801FTA	NXP Semiconductors	UP/DOWN CONVERTER									COMPONENT	50 MHz						75 Cel			36 MHz	861 MHz	-10 Cel		YES					46 MHz
MC44C800FTA	NXP Semiconductors	UP/DOWN CONVERTER									COMPONENT	50 MHz						75 Cel			36 MHz	861 MHz	-10 Cel		YES	9 dB				46 MHz
SA2421DH	NXP Semiconductors	UP/DOWN CONVERTER					2500 MHz			2400 MHz	COMPONENT	2400 MHz			50 ohm			85 Cel			300 MHz	2500 MHz	-40 Cel		YES					400 MHz
MC44S803EP	NXP Semiconductors	UP/DOWN CONVERTER
PMB2333-R	Infineon Technologies	UP/DOWN CONVERTER									COMPONENT							85 Cel					-30 Cel		NO
PMB2333	Infineon Technologies	UP/DOWN CONVERTER	SURFACE MOUNT	16	PLASTIC/EPOXY	BIPOLAR					COMPONENT		2.7/4.5	TSSOP16,.25	50 ohm	RF/Microwave Mixers		85 Cel				3000 MHz	-40 Cel	Tin/Lead (Sn/Pb)	YES			e0		3000 MHz
MAX2410EEI-T	Maxim Integrated	UP/DOWN CONVERTER					1900 MHz	2							50 ohm		8.6 dB	85 Cel	6.6 dB			1900 MHz	-40 Cel	TIN LEAD	NO			e0	-17 dBm	450 MHz
MAX2411AEEI	Maxim Integrated	UP/DOWN CONVERTER					1900 MHz	2							50 ohm		6.8 dB	85 Cel	8.5 dB			1900 MHz	-40 Cel	Tin/Lead (Sn85Pb15)	NO			e0		450 MHz
MAX2411AE/D	Maxim Integrated	UP/DOWN CONVERTER					1900 MHz	2							50 ohm		6.8 dB	85 Cel	8.5 dB			1900 MHz	-40 Cel	Tin/Lead (Sn/Pb)	NO			e0		450 MHz
MAX2410EEI	Maxim Integrated	UP/DOWN CONVERTER					1900 MHz	2							50 ohm		8.6 dB	85 Cel	6.6 dB			1900 MHz	-40 Cel	TIN LEAD	NO			e0	-17 dBm	450 MHz
MAX2410EEI+	Maxim Integrated	UP/DOWN CONVERTER					1900 MHz	2							50 ohm		8.6 dB	85 Cel	6.6 dB			1900 MHz	-40 Cel	MATTE TIN	NO			e3	-17 dBm	450 MHz
MAX2411AEEI-T	Maxim Integrated	UP/DOWN CONVERTER					1900 MHz	2							50 ohm		6.8 dB	85 Cel	8.5 dB			1900 MHz	-40 Cel	Tin/Lead (Sn85Pb15)	NO			e0		450 MHz
MAX2410E/D	Maxim Integrated	UP/DOWN CONVERTER					1900 MHz	2							50 ohm		8.6 dB	85 Cel	6.6 dB			1900 MHz	-40 Cel	Tin/Lead (Sn/Pb)	NO			e0	-17 dBm	450 MHz
MAX2410EEI+T	Maxim Integrated	UP/DOWN CONVERTER					1900 MHz	2							50 ohm		8.6 dB	85 Cel	6.6 dB			1900 MHz	-40 Cel	MATTE TIN	NO			e3	-17 dBm	450 MHz
UPC8100GR-E2	Renesas Electronics	UP/DOWN CONVERTER					868 MHz			864 MHz	COMPONENT	864 MHz			50 ohm		17.5 dB	70 Cel	15 dB			868 MHz	-20 Cel		YES	18 dB	HIGH RELIABILITY
F5728ANGI	Renesas Electronics	UP/DOWN CONVERTER
F5728ANGI8	Renesas Electronics	UP/DOWN CONVERTER
HPMX-5001	Broadcom	UP/DOWN CONVERTER					2500 MHz	1.8		1500 MHz	COMPONENT	1500 MHz							12 dB	2 dBm		2500 MHz			YES

RF/Microwave Up/Down Converters

RF/microwave up/down converters are electronic devices that can convert high frequency (HF) signals to a lower frequency or vice versa. These converters are essential components of modern communication systems, where the frequency of the signal needs to be changed to enable transmission and reception. The up/down conversion process can be achieved through a variety of methods, including heterodyne mixing, direct mixing, and superheterodyne mixing.

Heterodyne mixing involves mixing the incoming signal with a local oscillator signal to generate an intermediate frequency (IF) signal. This method is widely used in superheterodyne receivers and is often used in upconversion. Direct mixing involves converting the frequency of the input signal to the desired frequency using a nonlinear device such as a diode. This method is often used in frequency synthesizers and mixers.

Superheterodyne mixing combines the advantages of heterodyne and direct mixing to achieve high sensitivity and selectivity. In a superheterodyne receiver, the incoming signal is mixed with a local oscillator signal to produce an IF signal, which is then amplified and demodulated. Superheterodyne mixing is also used in frequency upconversion, where the input signal is mixed with a local oscillator signal to produce the desired output frequency.

RF/microwave up/down converters are used in a variety of applications, including wireless communication systems, satellite communication systems, radar systems, and test and measurement equipment. They are available in various forms, including integrated circuits (ICs), modules, and subsystems, and can operate at a range of frequencies, from a few megahertz to several gigahertz.