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PANASONIC ARND-3115
Product Name
Verified public datasheet details for ARND-3115 were not returned in the available search. The model is addressed here using Panasonic RN/ARN high-frequency relay family reference for identification only.
Overview
ARND-3115 appears within Panasonic RF/high-frequency relay naming, but the exact contact form, coil voltage, frequency limit and power rating cannot be stated without the original manufacturer datasheet. Treat all electrical values as unverified until confirmed from the part label.
Detailed content
Technical Specifications
Confirmed Family Reference: Panasonic RN/ARN relays use 50 ohm RF impedance, SMD construction and coil voltages such as 4.5 V, 12 V and 24 V in related ARN models.
ARND-3115 Specific Values: not verified from public sources; request official Panasonic datasheet before application.
Functional Features
Expected RF switching functions if the device belongs to the RN/ARN microwave family.
Exact latching, stable-type, contact arrangement and protection class remain unconfirmed for this suffix.
Application Scenarios
Potential RF test equipment, wireless switching and instrumentation if confirmed as an RN/ARN microwave relay.
Do not assign base-station, high-power or millimeter-wave duties without verified ratings.
Material and Structure
Not available specifically for ARND-3115. Related RN/ARN parts use SMD packages, gold contacts and sealed/flux-resistant constructions.
Working Principle
Assumed electromagnetic RF relay principle: coil actuation switches matched RF contacts. This remains unverified for ARND-3115 until the individual datasheet is supplied.
Installation Requirements
Use manufacturer-recommended PCB footprint, impedance layout and reflow conditions.
Confirm coil voltage, terminal pitch and RF port geometry from the official drawing.
Do not substitute based on ARN30 or other RN series ratings.
Usage Precautions
Obtain the original Panasonic datasheet and safety/RF power derating curves.
Verify frequency, VSWR, insertion loss, isolation and carrying power before energization.
Never apply assumed current, voltage or power values from similar-model literature.
