Which way is the best for dividing the voltage?

I have a voltage source thats output is 200V and frequency is up to 2kHz max.
How can I divide this signal without signal form and phase shift for 200V/4V rate?
Can I use transformer in charge adapter? all I know, used ferrite cored transformes for SMPS and in kHZ frequency range.
Can be used voltage divider made of resistor. But there is a problem like that. Resistor values creep with ambient temperature. I guess, must be made compensator cicuit with used diode or any temperature sensor for compensate the signal.
Can be used op-amp for reducing voltage. But op-amp output is depend ambient temperature like resistive divider.

Thanks for replies.

Without a doubt your best bet is a simple resistive voltage divider for simplicity and bandwidth (DC -> GHz+).

If you're worried about temperature variation, use high precision resistors for the divider - 0.1% tolerance components are readily available (read: cheap), and you can find (expensive) parts better than 0.01% for demanding applications.

If your circuit source/load impedances make the resistance values impractical, then you'll probably need active components such as op-amps. These are available in very low temperature coefficient variants (for example "chopper stabilised", Analog Devices' so called "zero drift" range etc) with offset drift values of order 50 nV/degree C. In the absence of more detail about your application I can't say for certain, but a 2kHz bandwidth requirement is fairly gentle for even high precision circuits - so don't be too alarmed about introducing phase shift errors when reaching for an op-amp.

If your source and load have a common ground, you can use a simple resistor voltage divider. If you are concerned of temperature variation, you should work on the divider, select stable resistors or use a thermistor, and calibrate the divider over temperature.
Without the common ground you will have to use a capacitor voltage divider, and again calibrate its response over temperature, etc. You can also use an audio transformer (like in old phone modems), the same procedure.

Without the common ground you will have to use a capacitor voltage divider

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May be appropriate in special cases, but hardly a general solution, I think. A differential voltage divider (resistive or compensated RC), as it's used in differential oscilloscope probes should be widely applicable.