1. Product Overview

️· Product Name: SW-313
️· Type: SPDT (Single-Pole Double-Throw) Switch
️· Manufacturer: MACON (likely an abbreviation – checking their website would confirm)
️· Package: CR-9

2. Pinout (Connections)

Pin Number	Pin Function
1	Vee
2	GND
3	GND
4	GND
5	RF2
6	GND
7	GND
8	GND
9	RFC
10	GND
11	GND
12	RF1
13	GND
14	GND
15	Vcc
16	C1

3. Absolute Maximum Ratings

️· Max Input Power:
- 50 MHz: +27 dBm
- 500 - 2000 MHz: +34 dBm
️· Supply Voltages:
- Vcc (Positive Supply): +5.5V
- Vee (Negative Supply): -8.5V
️· Control Voltage: -0.5V to Vcc + 0.5V (likely refers to the logic voltage range for controlling the switch)
️· Operating Temperature: -55°C to +125°C
️· Storage Temperature: -65°C to +150°C

4. Electrical Characteristics (Typical Values)

Parameter	Test Conditions	Frequency Range	Units	Min	Typ	Max
Vcc			mA			1
Vee			mA			1
Input Power (50MHz)			dBm			+27
Input Power (500-2000MHz)			dBm			+34
VSWR		DC - 3000 MHz	Ratio			1.4:1
VSWR		DC - 2000 MHz	Ratio			1.35:1
VSWR		DC - 1000 MHz	Ratio			1.35:1
VSWR		DC - 500 MHz	Ratio			1.3:1
Isolation		DC - 3000 MHz	dB			35
Isolation		DC - 2000 MHz	dB			45
Isolation		DC - 1000 MHz	dB			50
Isolation		DC - 500 MHz	dB			55
Trise, Tfall	10% to 90%		ns		7
Ton, Toff	1.3V CTL to 90% / 10%		ns		18
Transients	In-Band		mV		25
1 dB Compression	Input Power	0.05 GHz	dBm		+25
1 dB Compression	Input Power	0.5 GHz to 3 GHz	dBm		+30
IP2	Two-Tone Input Power up to +5 dBm	0.05 GHz	dBm		+60
IP2	Two-Tone Input Power up to +5 dBm	0.5 GHz to 3 GHz	dBm		+65
IP3	Two-Tone Input Power up to +5 dBm	0.05 GHz	dBm		+40
IP3	Two-Tone Input Power up to +5 dBm	0.5 GHz to 3 GHz	dBm		+46
Vin Low	0V to 0.8V	µA			1
Vin High	2.0V to 5.0V	µA			1

5. Control Input Information

️· Control Logic: The switch is controlled by logic signals.
️· States:
- LO (likely Low) = Off
- HI (likely High) = On
️· The input voltage range for the control is from 0V to 5.0V

Important Notes & Recommendations

️· Bias Voltages: The electrical characteristics are valid when operated with +5V for Vcc and -5V for Vee.
️· DC Blocking: When using DC blocks, a 10K ohm return to GND is required on the RFC port.
️· Further Research: For complete specifications, visit the MACON website (you'll need to find the official URL). Confirm any critical parameters before using the component in a design.